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Proposal for a New Major in
Biosciences with Concentrations in
Biochemistry, Cell Biology & Genetics, Ecology &
Evolutionary Biology, and Integrative Biology
Approved by the Faculty Senate
January 29, 2020
Proposal for New Undergraduate Major in Biosciences with Major Concentrations in Biochemistry, Cell Biology & Genetics,
Ecology & Evolutionary Biology, and Integrative Biology
Summary
The proposed major in Biosciences is intended to provide undergraduate students with
a rigorous, balanced, yet flexible path towards either a Bachelor of Arts (BA) or
Bachelor of Science (BS) in the life sciences. The proposed major is intended to replace
the current majors: BA and BS in Biochemistry and Cell Biology, BA and BS in Ecology
& Evolutionary Biology, and BA in Biological Sciences1. Compared to these existing
majors, the proposed major is intended to accomplish the following objectives:
● Provide a foundation in the biological sciences that is consistent for all
Biosciences majors;
● Provide similar opportunities and experiences (e.g. access to experiential
learning, quantitative reasoning, communication training, and capstone
experiences) throughout the curriculum for all Biosciences majors;
● Provide flexibility for students to tailor their program by (1) designing major
concentrations that allow students to focus their coursework within a particular
subfield, (2) decreasing the total number of required courses where possible, and
(3) increasing the number of electives.
To accomplish these goals, a task force was created in 2017-2018 that sought to
reconsider the undergraduate programs in Biosciences by reenvisioning our
undergraduate programs from first principles. The Task Force began by articulating a
list of program learning objectives and followed a backwards design process in which
the coursework was chosen based on how it would achieve elements of one or more
program learning objectives. The Task Force further identified possible areas of focus,
starting with a long list of possibilities but eventually settling on four disciplines:
biochemistry, cell and developmental biology, ecology and evolutionary biology, and
integrative biology. The Task Force presented this basic scheme to the faculty of the
BioSciences department in Spring 2018, and based on their support the Biosciences
Undergraduate Curriculum Committee spent the Fall 2018 semester developing the
details of the proposed new major described here, the details of which have been
approved by the Biosciences faculty and Chair.
The proposal consists of the following elements:
• Summary
• Comparison of requirements for 4 major concentrations for BA and BS
• Draft GA text for BA degree and 4 major concentrations
• Draft GA text for BS degree and 4 major concentrations
• Curriculum Map
• Assessment Plan for each degree/major concentration combination
1 As per Rice University policy returning students will have the option of graduating with the
requirements in place at the time of their matriculation or opting in to the new requirements
Biochemistry BS Cell Biology & Genetics BS Ecology & Evolution BS Integrative Biology BS Foundational courses Foundational courses Foundational courses Foundational courses Course Cr hrs Course Title MATH 101 3 Calculus I MATH 102 3 Calculus II CHEM 121 4 General Chemistry I w.lab PHYS 125 4 General Physics w/lab STAT 305 4 Intro to stats for Biosci BIOC 201 3 Introductory Biology I EBIO 202 3 Introductory Biology II
Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title MATH 101 3 Calculus I MATH 101 3 Calculus I MATH 101 3 Calculus I MATH 102 3 Calculus II MATH 102 3 Calculus II MATH 102 3 Calculus II CHEM 121 4 General Chemistry I w.lab CHEM 121 4 General Chemistry I w/lab CHEM 121 4 General Chemistry I w/lab PHYS 125 4 General Physics w/lab PHYS 125 4 General Physics w/lab PHYS 125 4 General Physics w/lab STAT 305 4 Intro to stats for Biosci STAT 305 4 Intro to stats for Biosci STAT 305 4 Intro to stats for Biosci BIOC 201 3 Introductory Biology I BIOC 201 3 Introductory Biology I BIOC 201 3 Introductory Biology I EBIO 202 3 Introductory Biology II EBIO 202 3 Introductory Biology II EBIO 202 3 Introductory Biology II
Core lectures Core lectures Core lectures Core lectures Course Cr hrs Course Title CHEM 122 4 Gen Chem II w/lab CHEM 211 3 Organic Chemistry I PHYS 126 4 General Physics II w/Lab BIOC 301 3 Biochemistry I BIOC 302 3 Biochemistry II BIOC 352 3 Physical Chemistry for BioSci
Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title CHEM 122 4 General Chemistry II w/lab EBIO 325 3 Ecology CHEM 122 4 Gen Chem II w/lab CHEM 211 3 Organic Chemistry I EBIO 334 3 Evolution CHEM 211 3 Organic Chemistry I BIOC 341 3 Cell Biology EBIO 338 3 Design & Analysis of Bio Exp EBIO 325 3 Ecology BIOC 344 3 Molecular Biology & Genetics EBIO 412 2 Adv Comm in Biosciences EBIO 334 3 Evolution BIOC 301 3 Biochemistry I BIOC 301 3 Biochemistry I
BIOC 341 3 Cell Biology
Core labs Core labs Core labs Core labs Course Cr hrs Course Title BIOC 211 2 Intermediate Experimental Biosci BIOC 311 2 Advanced Experimental BioSci
Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title BIOC 211 2 Experimental BioSciences lab EBIO 213 2 Intro EEB Lab BIOC 211 2 Intermediate Exp Biosci
EBIO 213 2 Intro EEB Lab
Elective lectures Elective lectures Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title BIOC 3XX 3 constrained elective in BIOC* BIOC 3XX 3 constrained elective in BIOC* EBIO XXX 3 constrained elective in EEB* EBIO 3XX 3 constrained elective in EEB* BIOC 3XX 3 constrained elective in BIOC* BIOC 3XX 3 constrained elective in BIOC* EBIO XXX 3 constrained elective in EEB* BIOC 3XX 3 constrained elective in BIOC** NSCI/ENGI 2XX 3 open elective in NSCI/ENGI** BIOC 3XX 3 constrained elective in BIOC* EBIO XXX 3 constrained elective in EEB* NSCI/ENGI 2XX 3 open elective in NSCI/ENGI***
NSCI/ENGI 2XX 3 open elective in NSCI/ENGI** EBIO/BIOC 3XX 3 open elective in Biosciences** EBIO/BIOC 3XX 3 open elective in Biosciences** NSCI/ENGI 2XX 3 open elective in NSCI/ENGI***
Elective labs Elective labs Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title BIOC 3xx or 4xx 1 Elective lab in BIOC*** BIOC 3xx or 4xx 1 Elective lab in BIOC*** EBIO XXX 1 elective lab in EEB**** EBIO/BIOC XXX 1 elective lab in EEB or BIOC****
BIOC 3xx or 4xx 1 Elective lab in BIOC*** EBIO/BIOC XXX 1 elective lab in EEB or BIOC^
Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title
BIOC 310 9 Independent Research BIOC 310 9 Independent Research EBIO 306 9 Independent Research BIOC 310/EBIO 306 9 Independent Research
Capstones Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title Course Cr hrs Course Title BIOC 4xx 3 capstone course**** BIOC 4xx 3 capstone course**** EBIO 4xx 3 capstone course^^ EBIO/BIOC 4XX 3 capstone course^
Credit hour tallies Credit hour tallies Credit hour tallies Credit hour tallies 24 Foundational courses 24 Foundational courses 24 Foundational courses 24 Foundational courses 24 Core courses 18 Core courses 13 Core courses 23 Core courses 9 Elective lecture courses 12 Elective lecture courses 18 Elective lecture courses 9 Elective lecture courses 1 Elective laboratory courses 2 Elective laboratory courses 2 Elective laboratory courses 1 Elective laboratory courses 9 Research 9 Research 9 Research 9 Research 3 Capstone courses 3 Capstone courses 3 Capstone courses 3 Capstone courses
70 TOTAL IN MAJOR 68 TOTAL IN MAJOR 69 TOTAL IN MAJOR 69 TOTAL IN MAJOR 130 TOTAL 128 TOTAL 129 TOTAL 129 TOTAL
Research
Capstones
Elective lectures Elective lectures
Elective labs Elective labs
Capstones Capstones
Research Research Research
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Appendix A: Proposed General Announcement Text [Currently under review w/the Registrar]
BioSciences
Overview | Undergraduate | Graduate | Faculty | Courses | Codes
The BioSciences department unites faculty engaged in research and teaching in a wide range of disciplines within the life sciences, creating a vibrant and diverse community of scholars. The department offers a broad range of introductory and advanced courses that lead to undergraduate BA and BS degrees with a Major in Biosciences with the option to choose one of the following major concentrations: Biochemistry, Cell Biology and Genetics, Ecology and Evolutionary Biology, and Integrative Biology. In addition, a Minor in Biochemistry and Cell Biology and a Minor in Ecology and Evolutionary Biology are offered.
The BA degree offers a rigorous biological curriculum suitable for many career paths while allowing the flexibility for extended academic exploration in other areas. The BS degree includes similar academic rigor with the addition of experience conducting original research. While undergraduate research is required for the BS degree, all students regardless of their major and welcome and encouraged to participate in undergraduate research, availing themselves of the numerous research opportunities at Rice and in the Houston community.
Both the BA and BS degree with the Major in Biosciences and all major concentrations will prepare students for graduate, medical, or other professional schools and a wide range of careers in the life sciences. In addition, qualified students may apply to a specialized BA-MS-PhD program track. Additional information on departmental programs, courses, and advising is available at the BioSciences website.
The BioSciences department also oversees academic programs that lead to undergraduate degrees with Majors in Environmental Science (BA, BS) and Neuroscience (BA), as well as a Minor in Neuroscience. At the graduate-level, the BioSciences department administers graduate programs in Biochemistry and Cell Biology (PhD, MS) and in Ecology and Evolutionary Biology (PhD, MS). In addition, some BioSciences faculty members participate in the Systems, Synthetic, and Physical Biology (SSPB) PhD program administered by the Institute of Biosciences and Bioengineering (https://ibb.rice.edu/). Graduate studies include a combination of advanced coursework and individual research with faculty mentors.
For additional information regarding BioSciences and its associated academic programs, please see the department's website: https://biosciences.rice.edu/.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
1
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BioSciences
Overview | Undergraduate | Graduate | Faculty | Courses | Codes
Bachelor’s Program • Bachelor of Arts (BA) Degree with a Major in Biosciences
o and a Major Concentration in Biochemistry
o and a Major Concentration in Cell Biology and Genetics
o and a Major Concentration in Ecology and Evolutionary Biology
o and a Major Concentration in Integrative Biology
• Bachelor of Science (BS) Degree with a Major in Biosciences
o and a Major Concentration in Biochemistry
o and a Major Concentration in Cell Biology and Genetics
o and a Major Concentration in Ecology and Evolutionary Biology
o and a Major Concentration in Integrative Biology
Minors • Minor in Biochemistry and Cell Biology
• Minor in Ecology and Evolutionary Biology
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BA Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Upon completing the BA Degree with a major in Biosciences and a major concentration in Biochemistry, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of biochemistry. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research. 4. Demonstrate the ability to apply the process of science, including designing experiments and/or
building mathematical models, and collecting, analyzing, and interpreting data.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
2
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5. Demonstrate effective oral, written, and visual communication skills, including communicating science to diverse audiences.
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Outcomes | Requirements | Policies | Opportunities
Requirements for the BA Degree with a Major in Biosciences and a Major in Biochemistry
For general university requirements, see Graduation Requirements. Students pursuing the BA degree with a major in Biosciences and a major concentration in Biochemistry must complete:
• A minimum of 62 credit hours to satisfy major requirements. • A minimum of 122 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 24 credit hours taken at the 300-level or above. • Core courses common to all major concentrations. • The requirements for the major concentration in Biochemistry. When students declare the major in
Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BA degree emphasizes broad foundational knowledge of biology with in depth exposure to the subfield of biochemistry. Biosciences majors are strongly encouraged to pursue their research interests through independent research experiences. The BA degree program offers greater flexibility than the BS due to fewer required independent research courses as detailed below.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken.
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
3
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Biochemistry
Minimum of 62
Total Credit Hours Required for the BA Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Minimum of 122
Degree Requirements Core Requirements Non-Biology Courses
MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4
STAT 305 INTRO TO STAT FOR BIOSCIENCES 4
Core Lecture Courses
BIOC 201 INTRODUCTORY BIOLOGY I 3
EBIO 202 INTRODUCTORY BIOLOGY II 3
Elective Lecture Course 3
Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Major Concentration in Biochemistry
Major Concentration - Core Non-Biology Courses
CHEM 122 GENERAL CHEMISTY II1 3
CHEM 124 GENERAL CHEMSTSRY II LAB1 1
CHEM 211 ORGANIC CHEMISTRY I 3
PHYS 126 GENERAL PHYSICS II (WITH LAB)1 4
Major Concentration - Core Lecture Courses
BIOC 301 BIOCHEMISTRY I 3
BIOC 302 BIOCHEMISTRY II 3
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES 3
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
4
Major Concentration - Advanced Courses in Biochemistry
Select 2 courses from the following: 6
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 341 CELL BIOLOGY
BIOC 344 MOLECULAR BIOLOGY AND GENETICS
BIOC 368 MONSTER
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOC 390
BIOLOGY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 445 ADVANCED MOLECULAR GENETICS
BIOC 447 BIOLOGY & MEDICINE
ADVANCED CELL & MOLECULAR BIOC 449
NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
EBIO 328 EVOLUTION OF GENES & GENOMES
Major Concentration - Core Laboratory Courses
BIOC 211 ADVANCED EXPERIMENTAL BIOSCI 2
BIOC 311 ADVANCED EXPERIMENTAL BIOSCI 2
Major Concentration - Advanced Laboratory Courses
Select 2 courses from the following: 2-3
BIOC 310 INDEPENDENT RESEARCH (must be for at least 3 credit hours)
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
5
BIOC 313 INTRODUCTORY SYNTHETIC BIOLOGY
BIOC 318 MICROBIOLOGY LABORATORY
BIOC 320 LABORATORY IN TISSUE CULTURE
BIOC 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOC 393
BIOCHEMISTRY & CELL BIOLOGY
Major Concentration - Capstone Requirement
Select 1 course from the following: 3
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 445 ADVANCED MOLECULAR & GENETIC
BIOC 447 BIOLOGY & MEDICINE
ADVANCED CELL & MOLECULAR BIOC 449
NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
Total Credit Hours Required for the Major in Biosciences and Major Concentration in Biochemistry
Minimum of 62
University Graduation Requirements* 60
Total Credit Hours Minimum of 122
*Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
1 CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
6
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CHEM 124 or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BA Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Upon completing the BA Degree with a major in Biosciences and a major concentration in Cell Biology and Genetics, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of cell biology and genetics. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research. 4. Demonstrate the ability to apply the process of science, including designing experiments and/or
building mathematical models, and collecting, analyzing, and interpreting data. 5. Demonstrate effective oral, written, and visual communication skills, including communicating
science to diverse audiences.
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Outcomes | Requirements | Policies | Opportunities
Requirements for the BA Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
For general university requirements, see Graduation Requirements. Students pursuing the BA degree with a major in Biosciences and a major concentration in Cell Biology and Genetics must complete:
• A minimum of 60 credit hours to satisfy major requirements. • A minimum of 120 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 28 credit hours taken at the 300-level or above. • Core courses common to all major concentrations.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
7
• The requirements for the major concentration in Cell Biology and Genetics. When students declare the major in Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BA degree emphasizes broad foundational knowledge of biology with in-depth exposure to the subfield of cell biology and genetics. Biosciences majors are strongly encouraged to pursue their research interests through independent research experiences. The BA degree program offers greater flexibility than the BS due to fewer required independent research courses as detailed below.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken.
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Minimum of 60
Total Credit Hours Required for the BA Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Minimum of 120
Degree Requirements Core Requirements Non-Biology Courses
MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4
STAT 305 INTRO TO STAT FOR BIOSCIENCES 4
Core Lecture Courses
BIOC 201 INTRODUCTORY BIOLOGY I 3
EBIO 202 INTRODUCTORY BIOLOGY II 3
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
8
Elective Lecture Course 3
Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Major Concentration in Cell Biology and Genetics
Major Concentration - Core Non-Biology Courses
CHEM 122 GENERAL CHEMISTY II1 3
CHEM 124 GENERAL CHEMISTRY LAB II1 1
CHEM 211 ORGANIC CHEMISTRY I 3
Major Concentration - Core Lecture Courses
BIOC 301 BIOCHEMISTRY I 3
BIOC 341 CELL BIOLOGY 3
BIOC 344 MOLECULAR BIOLOGY & GENETICS 3
Major Concentration - Advanced Courses in Cell Biology and Genetics
Select 3 courses from the following: 9
BIOC 302 BIOCHEMISTRY II
BIOC 331 BIOLOGY OF INFECTIOUS DISEASES
BIOC 334 EVOLUTION
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES
BIOC 368 MONSTER
BIOC 372 IMMUNOLOGY
BIOC 380 NEUROSYSTEMS
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
BIOC 390 TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
9
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
EBIO 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 328 EVOLUTION OF GENES & GENOMES
Major Concentration - Core Laboratory Course
BIOC 211 INTERMEDIATE EXPERIMENTAL BIOSCI 2
Major Concentration - Advanced Laboratory Courses
Select 3 courses from the following: 3-4
BIOC 310 INDEPENDENT RESEARCH (must be for at least 3 hours)
BIOC 311 ADVANCED EXPERIMENTAL BIOSCIENCES
BIOC 313 INTRODUCTORY SYNTHETIC BIOLOGY
BIOC 318 MICROBIOLOGY LABORATORY
BIOC 320 LABORATORY IN TISSUE CULTURE
BIOC 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOC 393
BIOLOGY
BIOC 415 EXPERIMENTAL PHYSIOLOGY
BIOC 417 ADVANCED EXPERIMENTAL NEUROSCIENCE
Major Concentration - Capstone Requirement
Select 1 course from the following: 3
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Minimum of 60
University Graduation Requirements* 60
Total Credit Hours Minimum of 120
*Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
1 CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for CHEM 124 or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BA Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Upon completing the BA Degree with a major in Biosciences and a major concentration in Ecology and Evolutionary Biology, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of ecology and evolutionary biology. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
11
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4. Demonstrate the ability to apply the process of science, including designing experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
5. Demonstrate effective oral, written, and visual communication skills, including communicating science to diverse audiences.
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Outcomes | Requirements | Policies | Opportunities
Requirements for the BA Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
For general university requirements, see Graduation Requirements. Students pursuing the BA degree with a major in Biosciences and a major concentration in Ecology and Evolutionary Biology must complete:
• A minimum of 61 credit hours to satisfy major requirements. • A minimum of 121 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 36 credit hours taken at the 300-level or above. • Core courses common to all major concentrations. • The requirements for the major concentration in Ecology and Evolutionary Biology. When students
declare the major in Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BA degree emphasizes broad foundational knowledge of biology with in depth exposure to the subfield of ecology and evolutionary biology. Biosciences majors are strongly encouraged to pursue their research interests through independent research experiences. The BA degree program offers greater flexibility than the BS due to fewer required independent research courses as detailed below.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken.
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
12
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Minimum of 60
Total Credit Hours Required for the BA Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Minimum of 120
Degree Requirements Core Requirements Non-Biology Courses
MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4
STAT 305 INTRO TO STAT FOR BIOSCIENCES 4
Core Lecture Course
BIOC 201 INTRODUCTORY BIOLOGY I 3
EBIO 202 INTRODUCTORY BIOLOGY II 3
Elective Lecture Course 3
Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Major Concentration in Ecology and Evolutionary Biology
Major Concentration - Core Lecture Courses
BIOC 325 ECOLOGY 3
BIOC 334 EVOLUTION 3
BIOC 338 DESIGN & ANALYSIS OF BIOL EXP 3
EBIO 412 ADV COMM IN BIOSCIENCES 2
Major Concentration - Advanced Courses in Ecology and Evolutionary Biology
Select 3 courses from the following: 9
EBIO 321 ANIMAL BEHAVIOR
EBIO 323 CONSERVATION BIOLOGY
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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EBIO 326 INSECT BIOLOGY
EBIO 328 EVOLUTION OF GENES & GENOMES
EBIO 329 ANIMAL BIOLOGY & PHYSIOLOGY
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
EBIO 340 GLOBAL BIOGEOCHEMICAL CYCLES
EBIO 372 CORAL REEF ECOSYSTEMS
Major Concentration Advanced Biochemistry and Cell Biology Courses
Select 2 courses from the following or take an additional 3 courses from the Major
Concentration Advanced Courses in Ecology and Evolutionary Biology requirement 6
BIOC 301 BIOCHEMISTRY I
BIOC 302 BIOCHEMISTRY II
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 341 CELL BIOLOGY
BIOC 344 MOLECULAR BIOLOGY & GENETICS
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES
BIOC 368 MONSTER
BIOC 372 IMMUNOLOGY
BIOC 380 NEUROSYSTEMS
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
BIOC 390 TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
Major Concentration - Core Laboratory Course
EBIO 213 INTRO EEB LAB 2
Major Concentration - Advanced Ecology and Evolutionary Biology Laboratory Courses
Select 2 courses from the following: 2-4
INDEPENDENT RESEARCH (must be for at least 3 credit EBIO 306
hours)
EBIO 316 LAB MODULE IN ECOLOGY
EBIO 317 LAB MODULE IN BEHAVIOR
EBIO 319 TROPICAL FIELD BIOLOGY
EBIO 324 CONSERVATION BIOLOGY LAB
EBIO 327 BIOLOGICAL DIVERSITY
EBIO 330 INSECT BIOLOGY LAB
EBIO 337 FIELD BIRD BIOLOGY LAB
Major Concentration - Advanced Biochemistry and Cell Biology Laboratory Courses
Select 1 course from the following or take an additional course from the Major
Concentration Advanced Ecology and Evolutionary Biology Laboratory requirement 1-2
BIOC 311 ADVANCED EXPERIMENTAL BIOSCIENCES
BIOC 313 INTRODUCTORY SYNTHETIC BIOLOGY
BIOC 318 MICROBIOLOGY LABORATORY
BIOC 320 MICROBIOLOGY LABORATORY
BIOC 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOC 393
BIOLOGY
BIOC 415 EXPERIMENTAL PHYSIOLOGY
BIOC 417 ADVANCED EXPERIMENTAL NEUROSCIENCE
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Major Concentration - Capstone Requirement
Select 1 course from the following: 3
EBIO 323 CONSERVATION BIOLOGY
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Minimum of 61
University Graduation Requirements* 60
Total Credit Hours Minimum of 121
*Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
1 CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for CHEM 124 or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BA Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Upon completing the BA Degree with a major in Biosciences and a major concentration in Integrative Biology, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of at least two of the following: biochemistry, cell
biology and genetics, ecology and evolutionary biology. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research. 4. Demonstrate the ability to apply the process of science, including designing experiments and/or
building mathematical models, and collecting, analyzing, and interpreting data. 5. Demonstrate effective oral, written, and visual communication skills, including communicating
science to diverse audiences.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Outcomes | Requirements | Policies | Opportunities
Requirements for the BA Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
For general university requirements, see Graduation Requirements. Students pursuing the BA degree with a major in Biosciences and a major concentration in Integrative Biology must complete:
• A minimum of 61 credit hours to satisfy major requirements. • A minimum of 121 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 27 credit hours taken at the 300-level or above. • Core courses common to all major concentrations. • The requirements for the major concentration in Integrative Biology. When students declare the
major in Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BA degree emphasizes broad foundational knowledge of biology with in-depth exposure to the subfield of integrative biology. Biosciences majors are strongly encouraged to pursue their research interests through independent research experiences. The BA degree program offers greater flexibility than the BS due to fewer required independent research courses as detailed below.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Integrative Biology
Minimum of 61
Total Credit Hours Required for the BA Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Minimum of 121
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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Degree Requirements Core Requirements Non-Biology Courses
MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4
STAT 305 INTRO TO STAT FOR BIOSCIENCES 4
Core Lecture Course
BIOC 201 INTRODUCTORY BIOLOGY I 3
EBIO 202 INTRODUCTORY BIOLOGY II 3
Elective Lecture Course 3
Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Major Concentration in Integrative Biology
Major Concentration - Core Non-Biology Courses
CHEM 122 GENERAL CHEMISTY II1 3
CHEM 124 GENERAL CHEMISTRY LAB II1 1
CHEM 211 ORGANIC CHEMISTRY I 3
Major Concentration - Core Lecture Courses
EBIO 325 ECOLOGY 3
EBIO 334 EVOLUTION 3
BIOC 301 BIOCHEMISTRY I 3
BIOC 341 CELL BIOLOGY 3
Major Concentration - Advanced Courses in Ecology and Evolutionary Biology
Select 1 course from the following: 3
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
EBIO 321 ANIMAL BEHAVIOR
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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EBIO 323 CONSERVATION BIOLOGY
EBIO 326 INSECT BIOLOGY
EBIO 328 EVOLUTION OF GENES & GENOMES
EBIO 329 ANIMAL BIOLOGY & PHYSIOLOGY
EBIO 338 DESIGN & ANALYSIS OF BIOLOGICAL EXPERIMENTS
EBIO 340 GLOBAL BIOGEOCHEMICAL CYCLES
EBIO 372 CORAL REEF ECOSYSTEMS
Major Concentration - Advanced Course in Cell and Molecular Biology
Select 1 course from the following: 3
BIOC 300 PARADIGMS IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 302 BIOCHEMISTRY II
BIOC 332 SYSTEMS PHYSIOLOGY
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 344 MOLECULAR BIOLOGY & GENETICS
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES
BIOC 361 METABOLIC ENGINEERING FOR GLOBAL HEALTH
BIOC 368 MONSTER
BIOC 372 IMMUNOLOGY
BIOC 380 NEUROSYSTEMS
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
BIOC 390 TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
Major Concentration - Core Laboratory Courses
BIOC 211 EXPERIMENTAL BIOSCIENCES LAB 2
EBIO 213 INTRO EEB LAB 2
Major Concentration - Advanced Laboratory Courses
Select 2 courses from the following: 2-3
BIOC 310/EBIO 306 INDEPENDENT RESEARCH (must be for at least 3 hours)
EBIO 311 ADVANCED EXPERIMENTAL BIOSCIENCES
EBIO 313 INTRODUCTORY SYNTHETIC BIOLOGY
EBIO 318 MICROBIOLOGY LABORATORY
EBIO 320 LABORATORY IN TISSUE CULTURE
EBIO 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & CELL EBIO 393
BIOLOGY
EBIO 415 EXPERIMENTAL PHYSIOLOGY
BIOC 417 ADVANCED EXPERIMENTAL NEUROSCIENCE
EBIO 316 LAB MODULE IN ECOLOGY
EBIO 317 LAB MODULE IN BEHAVIOR
EBIO 319 TROPICAL FIELD BIOLOGY
EBIO 324 CONSERVATION BIOLOGY LAB
EBIO 327 BIOLOGICAL DIVERSITY
EBIO 330 INSECT BIOLOGY LAB
EBIO 337 FIELD BIRD BIOLOGY LAB
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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Major Concentration - Capstone Requirement
Select 1 course from the following: 3
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 BIOLOGY & MEDICINE
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOC 447
BIOLOGY
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
EBIO 323 CONSERVATION BIOLOGY
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Integrative Biology
Minimum of 61
University Graduation Requirements* 60
Total Credit Hours Minimum of 121
*Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
1 CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for CHEM 124 or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
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Outcomes | Requirements | Policies | Opportunities
Policies for the BA Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Program Restrictions and Exclusions Students pursuing the major in Biosciences should be aware of the following program restriction:
• Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Biochemistry may not
additionally declare the minor in Biochemistry and Cell Biology.
Policies for the BA Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Program Restrictions and Exclusions Students pursuing the major in Biosciences should be aware of the following program restriction:
• Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Cell Biology and
Genetics may not additionally declare the minor in Biochemistry and Cell Biology.
Policies for the BA Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Program Restrictions and Exclusions Students pursuing the major in Biosciences should be aware of the following program restriction:
• Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Ecology and
Evolutionary Biology may not additionally declare the minor in in Ecology and Evolutionary Biology.
Policies for the BA Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Program Restrictions and Exclusions Students pursuing the major in Biosciences should be aware of the following program restriction:
• Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Integrative Biology may
not additionally declare the minor in Biochemistry and Cell Biology. • Students pursuing the major in Biosciences and a major concentration in Integrative Biology may
not additionally declare the minor in Ecology and Evolutionary Biology.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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POLICIES TAB FOR THE 4 MAJOR CONCENTRATIONS WILL BE THE SAME:
Bachelor of Arts (BA) Degree with a Major in Biosciences and a Major Concentration in Biochemistry Outcomes | Requirements | Policies | Opportunities
Opportunities for the BA Degree with a Major in Biosciences and a Major Concentration in Biochemistry Academic Honors
The university recognizes academic excellence achieved over an undergraduate’s academic history at Rice. For information on university honors, please see Latin Honors (summa cum laude, magna cum
laude, and cum laude) and Distinction in Research and Creative Work. Some departments have department-specific Honors awards or designations.
Departmental Honors
Instructions on applying for the Distinction in Research and Creative Work award from the Department of BioSciences can be found at the department website, by clicking on the link for Undergraduate
Studies, at: https://biosciences.rice.edu/.
Research in the Biosciences
Research is highly encouraged for all Biosciences majors, and there are many opportunities for independent research at Rice. Information about research for credit and research internships specific to the Department of BioSciences can be found at the department website, by clicking on the link for Undergraduate Studies, at: https://biosciences.rice.edu/.
Additional Information
For additional information, please see the BioSciences website: https://biosciences.rice.edu/.
Proposed DRAFT GA Text (BA degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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Appendix A: Proposed General Announcement Text [Currently under review w/the Registrar]
BioSciences
Overview | Undergraduate | Graduate | Faculty | Courses | Codes
The BioSciences department unites faculty engaged in research and teaching in a wide range of disciplines within the life sciences, creating a vibrant and diverse community of scholars. The department offers a broad range of introductory and advanced courses that lead to undergraduate BA and BS degrees with a Major in Biosciences with the option to choose one of the following major concentrations: Biochemistry, Cell Biology and Genetics, Ecology and Evolutionary Biology, and Integrative Biology. In addition, a Minor in Biochemistry and Cell Biology and a Minor in Ecology and Evolutionary Biology are offered.
The BA degree offers a rigorous biological curriculum suitable for many career paths while allowing the flexibility for extended academic exploration in other areas. The BS degree includes similar academic rigor with the addition of experience conducting original research. While undergraduate research is required for the BS degree, all students regardless of their major and welcome and encouraged to participate in undergraduate research, availing themselves of the numerous research opportunities at Rice and in the Houston community.
Both the BA and BS degree with the Major in Biosciences and all major concentrations will prepare students for graduate, medical, or other professional schools and a wide range of careers in the life sciences. In addition, qualified students may apply to a specialized BA-MS-PhD program track. Additional information on departmental programs, courses, and advising is available at the BioSciences website.
The BioSciences department also oversees academic programs that lead to undergraduate degrees with Majors in Environmental Science (BA, BS) and Neuroscience (BA), as well as a Minor in Neuroscience. At the graduate-level, the BioSciences department administers graduate programs in Biochemistry and Cell Biology (PhD, MS) and in Ecology and Evolutionary Biology (PhD, MS). In addition, some BioSciences faculty members participate in the Systems, Synthetic, and Physical Biology (SSPB) PhD program administered by the Institute of Biosciences and Bioengineering (https://ibb.rice.edu/). Graduate studies include a combination of advanced coursework and individual research with faculty mentors.
For additional information regarding BioSciences and its associated academic programs, please see the department's website: https://biosciences.rice.edu/.
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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BioSciences
Overview | Undergraduate | Graduate | Faculty | Courses | Codes
Bachelor’s Program • Bachelor of Arts (BA) Degree with a Major in Biosciences
o and a Major Concentration in Biochemistry o and a Major Concentration in Cell Biology and Genetics o and a Major Concentration in Ecology and Evolutionary Biology o and a Major Concentration in Integrative Biology
• Bachelor of Science (BS) Degree with a Major in Biosciences o and a Major Concentration in Biochemistry o and a Major Concentration in Cell Biology and Genetics o and a Major Concentration in Ecology and Evolutionary Biology o and a Major Concentration in Integrative Biology
Minors • Minor in Biochemistry and Cell Biology • Minor in Ecology and Evolutionary Biology
Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BS Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Upon completing the BS Degree with a major in Biosciences and a major concentration in Biochemistry, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of biochemistry. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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4. Demonstrate the ability to apply the process of science through original research, including designing experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
5. Demonstrate effective oral, written, and visual communication skills, including communicating science to diverse audiences.
Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Outcomes | Requirements | Policies | Opportunities
Requirements for the BS Degree with a Major in Biosciences and a Major in Biochemistry
For general university requirements, see Graduation Requirements. Students pursuing the BS degree with a major in Biosciences and a major concentration in Biochemistry must complete:
• A minimum of 70 credit hours to satisfy major requirements. • A minimum of 130 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 33 credit hours taken at the 300-level or above. • Core courses common to all major concentrations. • The requirements for the major concentration in Biochemistry. When students declare the major in
Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BS degree emphasizes broad foundational knowledge of biology with in-depth exposure to the subfield of biochemistry that includes independent research.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken.
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Minimum Biochemistry of 70 Total Credit Hours Required for the BS Degree with a Major in Biosciences and a Major Minimum Concentration in Biochemistry of 130
Degree Requirements Core Requirements Non-Biology Courses MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4 STAT 305 INTRO TO STAT FOR BIOSCIENCES 4 Core Lecture Course BIOC 201 INTRODUCTORY BIOLOGY I 3 EBIO 202 INTRODUCTORY BIOLOGY II 3 Elective Lecture Course 3 Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Major Concentration in Biochemistry
Major Concentration - Core Non-Biology Courses
CHEM 122 GENERAL CHEMISTY II1 3
CHEM 124 GENERAL CHEMISTRY LAB II1 1
CHEM 211 ORGANIC CHEMISTRY I 3
PHYS 126 GENERAL PHYSICS II (WITH LAB)1 4
Major Concentration - Core Lecture Courses
BIOC 301 BIOCHEMISTRY I 3
BIOC 302 BIOCHEMISTRY II 3
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES 3
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
Major Concentration - Advanced Courses in Biochemistry
Select 2 courses from the following: 6
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 341 CELL BIOLOGY
BIOC 344 MOLECULAR BIOLOGY AND GENETICS
BIOC 368 MONSTER
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
BIOC 390 TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 445 ADVANCED MOLECULAR GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
EBIO 328 EVOLUTION OF GENES & GENOMES
Major Concentration - Core Laboratory Courses
BIOC 211 INTERMEDIATE EXPERIMENTAL BIOSCI 2
BIOC 311 ADVANCED EXPERIMENTAL BIOSCI 2
Major Concentration - Advanced Laboratory Course
Select 1 course from the following: 1-2
BIOC 310 INDEPENDENT RESEARCH (must be for at least 3 hours)
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
BIOC 313 INTRODUCTORY SYNTHETIC BIOLOGY
BIOC 318 MICROBIOLOGY LABORATORY
BIOC 320 LABORATORY IN TISSUE CULTURE
BIOC 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOC 393 BIOLOGY
Major Concentration - Independent Research 9
INDEPENDENT RESEARCH (must be taken for a minimum of 3 BIOC 310 credit hours per semester for at least 3 semesters)
Major Concentration - Capstone Requirement
Select 1 course from the following: 3
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 445 ADVANCED MOLECULAR & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Biochemistry
Minimum of 70
University Graduation Requirements* 60
Total Credit Hours Minimum of 130
*Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
1CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for CHEM 124
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BS Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Upon completing the BS Degree with a major in Biosciences and a major concentration in Cell Biology and Genetics, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of cell biology and genetics. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research. 4. Demonstrate the ability to apply the process of science through original research, including
designing experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
5. Demonstrate effective oral, written, and visual communication skills, including communicating science to diverse audiences.
Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Outcomes | Requirements | Policies | Opportunities
Requirements for the BS Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
For general university requirements, see Graduation Requirements. Students pursuing the BS degree with a major in Biosciences and a major concentration in Cell Biology and Genetics must complete:
• A minimum of 68 credit hours to satisfy major requirements. • A minimum of 128 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 37 credit hours taken at the 300-level or above.
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
• Core courses common to all major concentrations. • The requirements for the major concentration in Cell Biology and Genetics. When students declare
the major in Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BS degree emphasizes broad foundational knowledge of biology with in-depth exposure to the subfield of cell biology and genetics that includes independent research.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken.
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Minimum of 68
Total Credit Hours Required for the BS Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Minimum of 128
Degree Requirements Core Requirements Non-Biology Courses MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4 STAT 305 INTRO TO STAT FOR BIOSCIENCES 4 Core Lecture Course BIOC 201 INTRODUCTORY BIOLOGY I 3
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
EBIO 202 INTRODUCTORY BIOLOGY II 3 Elective Lecture Course 3 Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Major Concentration in Cell Biology and Genetics
Major Concentration - Non-Biology Courses
CHEM 122 GENERAL CHEMISTY II1 3
CHEM 124 GENERAL CHEMISTRY II LAB1 1
CHEM 211 ORGANIC CHEMISTRY I 3
Major Concentration - Core Lecture Courses
BIOC 301 BIOCHEMISTRY I 3
BIOC 341 CELL BIOLOGY 3
BIOC 344 MOLECULAR BIOLOGY & GENETICS 3
Major Concentration - Advanced Courses in Cell Biology and Genetics
Select 3 courses from the following: 9
BIOC 302 BIOCHEMISTRY II
BIOC 331 BIOLOGY OF INFECTIOUS DISEASES
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES
BIOC 368 MONSTER
BIOC 372 IMMUNOLOGY
BIOC 380 NEUROSYSTEMS
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
BIOC 390 TRANSFER CREDIT IN BIOCHEMISTRY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
EBIO 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
EBIO 328 EVOLUTION OF GENES & GENOMES
Major Concentration - Core Laboratory Course
BIOC 211 INTERMEDIATE EXPERIMENTAL BIOSCI 2
Major Concentration - Advanced Laboratory Courses
Select 2 courses from the following: 2-3
INDEPENDENT RESEARCH (must be for at least 3 BIOC 310 hours)
BIOC 311 ADVANCED EXPERIMENTAL BIOSCIENCES
BIOC 313 INTRODUCTORY SYNTHETIC BIOLOGY
BIOC 318 MICROBIOLOGY LABORATORY
BIOC 320 LABORATORY IN TISSUE CULTURE
BIOC 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & BIOC 393 CELL BIOLOGY
BIOC 415 EXPERIMENTAL PHYSIOLOGY
BIOC 417 ADVANCED EXPERIMENTAL NEUROSCIENCE
Major Concentration - Independent Research 9
INDEPENDENT RESEARCH (must be taken for a BIOC 310 minimum of 3 credit hours per semester for at least 3
semesters)
Major Concentration - Capstone Requirement
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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Select 1 course from the following: 3
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Minimum of 68
University Graduation Requirements 60
Total Credit Hours Minimum of 128
*Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
1 CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for CHEM 124 or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
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Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BS Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Upon completing the BS Degree with a major in Biosciences and a major concentration in Ecology and Evolutionary Biology, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of ecology and evolutionary biology. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research. 4. Demonstrate the ability to apply the process of science through original research, including
designing experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
5. Demonstrate effective oral, written, and visual communication skills, including communicating science to diverse audiences.
Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Outcomes | Requirements | Policies | Opportunities
Requirements for the BS Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
For general university requirements, see Graduation Requirements. Students pursuing the BS degree with a major in Biosciences and a major concentration in Ecology and Evolutionary Biology must complete:
• A minimum of 69 credit hours to satisfy major requirements. • A minimum of 129 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 45 credit hours taken at the 300-level or above. • Core courses common to all major concentrations. • The requirements for the major concentration in Ecology and Evolutionary Biology. When students
declare the major in Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BS degree emphasizes broad foundational knowledge of biology with in depth exposure to the subfield of ecology and evolutionary biology that includes independent research.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken.
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Minimum of 69
Total Credit Hours Required for the BS Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Minimum of 129
Degree Requirements Core Requirements Non-Biology Courses MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4 STAT 305 INTRO TO STAT FOR BIOSCIENCES 4 Core Lecture Course BIOC 201 INTRODUCTORY BIOLOGY I 3 EBIO 202 INTRODUCTORY BIOLOGY II 3 Elective Lecture Course 3 Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
Major Concentration in Ecology and Evolutionary Biology
Major Concentration - Core Lecture Courses
BIOC 325 ECOLOGY 3
BIOC 334 EVOLUTION 3
BIOC 338 DESIGN & ANALYSIS OF BIOL EXP 3
EBIO 412 ADV COMM IN BIOSCIENCES 2
Major Concentration - Advanced Courses in Ecology and Evolutionary Biology
Select 3 courses from the following: 9
EBIO 321 ANIMAL BEHAVIOR
EBIO 323 CONSERVATION BIOLOGY
EBIO 326 INSECT BIOLOGY
EBIO 328 EVOLUTION OF GENES & GENOMES
EBIO 329 ANIMAL BIOLOGY & PHYSIOLOGY
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
EBIO 340 GLOBAL BIOGEOCHEMICAL CYCLES
EBIO 372 CORAL REEF ECOSYSTEMS
Major Concentration - Advanced Biochemistry and Cell Biology Courses
Select 2 courses from the following or take an additional 2 courses from the Major
Concentration Advanced Courses in Ecology and Evolutionary Biology requirement: 6
BIOC 301 BIOCHEMISTRY I
BIOC 302 BIOCHEMISTRY II
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 341 CELL BIOLOGY
BIOC 344 MOLECULAR BIOLOGY & GENETICS
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES
BIOC 368 MONSTER
BIOC 372 IMMUNOLOGY
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
BIOC 380 NEUROSYSTEMS
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
BIOC 390 TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
Major Concentration - Core Laboratory Course
EBIO 213 INTRO EEB LAB 2
Major Concentration - Advanced Ecology and Evolutionary Biology Laboratory Course
Select 1 course from the following: 1-3
EBIO 306 INDEPENDENT RESEARCH (must be for at least 3 credit hours)
EBIO 316 LAB MODULE IN ECOLOGY
EBIO 317 LAB MODULE IN BEHAVIOR
EBIO 319 TROPICAL FIELD BIOLOGY
EBIO 324 CONSERVATION BIOLOGY LAB
EBIO 327 BIOLOGICAL DIVERSITY
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
EBIO 330 INSECT BIOLOGY LAB
EBIO 337 FIELD BIRD BIOLOGY LAB
Major Concentration - Advanced Biochemistry and Cell Biology Laboratory Course
Select 1 course from the following or take an additional course from the Major 1-2 Concentration Advanced Ecology and Evolutionary Biology Laboratory requirement
BIOC 311 ADVANCED EXPERIMENTAL BIOSCIENCES
BIOC 313 INTRODUCTORY SYNTHETIC BIOLOGY
BIOC 318 MICROBIOLOGY LABORATORY
BIOC 320 MICROBIOLOGY LABORATORY
BIOC 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & BIOC 393 CELL BIOLOGY
BIOC 415 EXPERIMENTAL PHYSIOLOGY
BIOC 417 ADVANCED EXPERIMENTAL NEUROSCIENCE
Major Concentration - Independent Research 9
EBIO 306 INDEPENDENT RESEARCH (must be taken for a minimum of 3 credit hours per semester for at least 3 semesters)
Major Concentration - Capstone Requirement
Select 1 course from the following: 3
EBIO 323 CONSERVATION BIOLOGY
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Minimum Ecology and Evolutionary Biology of 69
University Graduation Requirements 60
Minimum Total Credit Hours of 129 *Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
------------------------------------------------------------------------------------------------------------------------------
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1 CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for CHEM 124 or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Outcomes | Requirements | Policies | Opportunities
Program Learning Outcomes for the BS Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Upon completing the BS Degree with a major in Biosciences and a major concentration in Integrative Biology, students will be able to:
1. Demonstrate a broad knowledge of core concepts in biology. 2. Demonstrate an advanced understanding of at least two of the following: biochemistry, cell
biology and genetics, ecology and evolutionary biology. 3. Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research. 4. Demonstrate the ability to apply the process of science through original research, including
designing experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
5. Demonstrate effective oral, written, and visual communication skills, including communicating science to diverse audiences.
Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Outcomes | Requirements | Policies | Opportunities
Requirements for the BS Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
For general university requirements, see Graduation Requirements. Students pursuing the BS degree with a major in Biosciences and a major concentration in Integrative Biology must complete:
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
• A minimum of 69 credit hours to satisfy major requirements. • A minimum of 129 credit hours to satisfy degree requirements. • A minimum of 60 credit hours outside of major requirements. • A minimum of 36 credit hours taken at the 300-level or above. • Core courses common to all major concentrations. • The requirements for the major concentration in Integrative Biology. When students declare the
major in Biosciences, students must additionally identify and declare one of four major concentrations, either in:
o Biochemistry, or
o Cell Biology and Genetics, or
o Ecology and Evolutionary Biology, or
o Integrative Biology
The BS degree emphasizes broad foundational knowledge of biology with in-depth exposure to two or more of the subfields of biochemistry, cell biology and genetics, or ecology and evolutionary biology.
The courses listed below satisfy the requirements for this major. In certain instances, courses not on this official list may be substituted upon approval of the major’s academic advisor, or where applicable, the department's Director of Undergraduate Studies. (Course substitutions must be formally applied and entered into Degree Works by the major's Official Certifier.) Students and their academic advisors should identify and clearly document the courses to be taken.
Because of the common core requirements, it is possible for students to change their major concentration at any time, even after initially declaring the major. To do so, please contact the Office of the Registrar.
Summary Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Integrative Biology
Minimum of 69
Total Credit Hours Required for the BS Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Minimum of 129
Degree Requirements Core Requirements Non-Biology Courses MATH 101 or MATH 105
SINGLE VARIABLE CALCULUS I AP/OTH CREDIT IN CALCULUS I
3
MATH 102 or MATH 106
SINGLE VARIABLE CALCULUS II AP/OTH CREDIT IN CALCULUS II
3
CHEM 121 or CHEM 111
GENERAL CHEMISTRY I1
AP/OTH CREDIT IN GENERAL CHEMISTRY I 3
CHEM 123 or CHEM 113
GENERAL CHEMISTRY LAB I1
AP/OTH CREDIT IN GENERAL CHEMISTRY LAB I 1
PHYS 125 GENERAL PHYSICS (WITH LAB)1 4
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
STAT 305 INTRO TO STAT FOR BIOSCIENCES 4 Core Lecture Course BIOC 201 INTRODUCTORY BIOLOGY I 3 EBIO 202 INTRODUCTORY BIOLOGY II 3 Elective Lecture Course 3 Select 1 elective course from courses offered by Natural Sciences/Engineering (must be 3 credit hours
and at 200-level or above)
Major Concentration in Integrative Biology
Major Concentration - Core Non-Biology Courses
CHEM 122 GENERAL CHEMISTY II1 3
CHEM 124 GENERAL CHEMISTRY LAB II1 1
CHEM 211 ORGANIC CHEMISTRY I 3
Major Concentration - Core Lecture Courses
EBIO 325 ECOLOGY 3
EBIO 334 EVOLUTION 3
BIOC 301 BIOCHEMISTRY I 3
BIOC 341 CELL BIOLOGY 3
Major Concentration - Advanced Courses in Ecology and Evolutionary Biology
Select 1 course from the following: 3
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
EBIO 321 ANIMAL BEHAVIOR
EBIO 323 CONSERVATION BIOLOGY
EBIO 326 INSECT BIOLOGY
EBIO 328 EVOLUTION OF GENES & GENOMES
EBIO 329 ANIMAL BIOLOGY & PHYSIOLOGY
EBIO 338 DESIGN & ANALYSIS OF BIOLOGICAL EXPERIMENTS
EBIO 340 GLOBAL BIOGEOCHEMICAL CYCLES
EBIO 372 CORAL REEF ECOSYSTEMS
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
Major Concentration - Advanced Course in Cell and Molecular Biology
Select 1 course from the following: 3
BIOC 300 PARADIGMS IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 302 BIOCHEMISTRY II
BIOC 332 SYSTEMS PHYSIOLOGY
BIOC 335 CELL & MOLECULAR ANIMAL PHYSIOLOGY
BIOC 344 MOLECULAR BIOLOGY & GENETICS
BIOC 352 PHYSICAL CHEMISTRY FOR THE BIOSCIENCES
BIOC 361 METABOLIC ENGINEERING FOR GLOBAL HEALTH
BIOC 368 MONSTER
BIOC 372 IMMUNOLOGY
BIOC 380 NEUROSYSTEMS
BIOC 385 FUNDAMENTALS OF NEUROSCIENCE
BIOC 390 TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOLOGY
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 ADVANCED MOLECULAR BIOLOGY & GENETICS
BIOC 447 BIOLOGY & MEDICINE
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
Major Concentration - Core Laboratory Courses
BIOC 211 EXPERIMENTAL BIOSCIENCES LAB 2
EBIO 213 INTRO EEB LAB 2
Major Concentration - Advanced Laboratory Course
Select 1 course from the following: 1-2
BIOC 310/EBIO 306 INDEPENDENT RESEARCH (must be for at least 3 hours)
BIOC 311 ADVANCED EXPERIMENTAL BIOSCIENCES
BIOC 313 INTRODUCTORY SYNTHETIC BIOLOGY
BIOC 318 MICROBIOLOGY LABORATORY
BIOC 320 LABORATORY IN TISSUE CULTURE
BIOC 333 BIOINNOVATION STUDIO
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOC 393 BIOLOGY
BIOC 415 EXPERIMENTAL PHYSIOLOGY
BIOC 417 ADVANCED EXPERIMENTAL NEUROSCIENCE
EBIO 316 LAB MODULE IN ECOLOGY
EBIO 317 LAB MODULE IN BEHAVIOR
EBIO 319 TROPICAL FIELD BIOLOGY
EBIO 324 CONSERVATION BIOLOGY LAB
EBIO 327 BIOLOGICAL DIVERSITY
EBIO 330 INSECT BIOLOGY LAB
EBIO 337 FIELD BIRD BIOLOGY LAB
Major Concentration - Independent Research 9
Independent Research (must be taken for a minimum of 3 BIOC 310 credit hours per semester for at least 3 semesters)
Major Concentration - Capstone Requirement
Select 1 course from the following: 3
BIOC 424 MICROBIOLOGY & BIOTECHNOLOGY
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
-------------------------------------------------------------------------------------------------------------------------------
BIOC 425 PLANT MOLECULAR GENETICS
BIOC 442 BEHAVIORAL NEUROSCIENCE
BIOC 443 DEVELOPMENTAL NEUROBIOLOGY
BIOC 445 BIOLOGY & MEDICINE
LABORATORY TRANSFER CREDIT IN BIOCHEMISTRY & CELL BIOC 447 BIOLOGY
BIOC 449 ADVANCED CELL & MOLECULAR NEUROBIOLOGY
BIOC 450 VIRUSES & INFECTIOUS DISEASES
BIOC 455 COMPUTATIONAL SYNTHETIC BIOLOGY
BIOC 460 CANCER BIOLOGY
BIOC 464 EXTRACELLULAR MATRIX
BIOC 470 COMPUTATION WITH BIOLOGICAL DATA
BIOC 481 MOLECULAR BIOPHYSICS
BIOC 482 STRUCTURAL BIOLOGY
EBIO 323 CONSERVATION BIOLOGY
EBIO 331 BIOLOGY OF INFECTIOUS DISEASES
Total Credit Hours Required for the Major in Biosciences and a Major Concentration in Integrative Biology
Minimum of 69
University Graduation Requirements* 60
Total Credit Hours Minimum of 129
*Includes coursework completed as distribution credit, FWIS, LPAP, upper-level, residency (hours taken at Rice), 60 hours outside of the major (if applicable), and any additional academic program requirements. The “hours outside of the major” requirement may include all of the above university requirements.
1 CHEM 151 may be substituted for CHEM 121 or CHEM 111; CHEM 153 may be substituted for CHEM 123 or CHEM 113; CHEM 152 may be substituted for CHEM 122 or CHEM 112, and CHEM 154 may be substituted for CHEM 124 or CHEM 114; PHYS 101 and PHYS 103 or PHYS 111 may be substituted for PHYS 125; PHYS 102 and PHYS 104 or and PHYS 112 may be substituted for PHYS 126.
Outcomes | Requirements | Policies | Opportunities
Policies for the BS Degree with a Major in Biosciences and a Major Concentration in Biochemistry
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Program Restrictions and Exclusions Students pursuing the major in Biosciences should be aware of the following program restriction:
• Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Biochemistry may not
additionally declare the minor in Biochemistry and Cell Biology.
Policies for the BS Degree with a Major in Biosciences and a Major Concentration in Cell Biology and Genetics
Program Restrictions and Exclusions Students pursuing the major in Biosciences should be aware of the following program restriction:
• Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Cell Biology and
Genetics may not additionally declare the minor in Biochemistry and Cell Biology.
Policies for the BS Degree with a Major in Biosciences and a Major Concentration in Ecology and Evolutionary Biology
Program Restrictions and Exclusions
Students pursuing the major in Biosciences should be aware of the following program restriction: • Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Ecology and
Evolutionary Biology may not additionally declare the minor in in Ecology and Evolutionary Biology.
Policies for the BS Degree with a Major in Biosciences and a Major Concentration in Integrative Biology
Program Restrictions and Exclusions Students pursuing the major in Biosciences should be aware of the following program restriction:
• Students pursuing the major in Biosciences may pursue only one major concentration. • Students pursuing the major in Biosciences and a major concentration in Integrative Biology may
not additionally declare the minor in Biochemistry and Cell Biology. • Students pursuing the major in Biosciences and a major concentration in Integrative Biology may
not additionally declare the minor in Ecology and Evolutionary Biology.
POLICIES TAB FOR THE 4 MAJOR CONCENTRATIONS WILL BE THE SAME:
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
Bachelor of Science (BS) with a Major in Biosciences and a Major Concentration in Biochemistry Outcomes | Requirements | Policies | Opportunities
Opportunities for the BS Degree with a Major in Biosciences and a Major Concentration in Biochemistry Academic Honors
The university recognizes academic excellence achieved over an undergraduate’s academic history at Rice. For information on university honors, please see Latin Honors (summa cum laude, magna cum
laude, and cum laude) and Distinction in Research and Creative Work. Some departments have department-specific Honors awards or designations.
Departmental Honors
Instructions on applying for the Distinction in Research and Creative Work award from the Department of BioSciences can be found at the department website, by clicking on the link for Undergraduate
Studies, at: https://biosciences.rice.edu/.
Research in the Biosciences
Research is highly encouraged for all Biosciences majors, and there are many opportunities for independent research at Rice. Information about research for credit and research internships specific to the Department of BioSciences can be found at the department website, by clicking on the link for Undergraduate Studies, at: https://biosciences.rice.edu/.
Additional Information
For additional information, please see the BioSciences website: https://biosciences.rice.edu/.
Proposed DRAFT GA Text (BS degree with a Major in Biosciences and 4 Major Concentrations), as of 01/10/2020
Core Courses CHEM 122 Gen Chem II w/lab not relevant not relevant not relevant introduced not relevant CHEM 211 Organic Chemistry I not relevant not relevant not relevant introduced not relevant EBIO 325 Ecology reinforced reinforced reinforced reinforced reinforced EBIO 334 Evolution reinforced reinforced reinforced reinforced reinforced BIOC 301 Biochemistry I reinforced reinforced introduced reinforced reinforced BIOC 341 Cell Biology advanced reinforced advanced reinforced advanced
Core Lab Courses
BIOC 211 Intermediate Experimental Biosci reinforced introduced reinforced reinforced reinforced EBIO 213 Intro EEB Lab introduced introduced introduced introduced introduced
Elective Lectures BIOC 302 Biochemistry II advanced advanced reinforced reinforced reinforced BIOC 335 Cell & Molecular Animal Physiology advanced advanced advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced advanced reinforced advanced reinforced BIOC 352 Physical Chemistry for Biosciences advanced advanced reinforced reinforced reinforced BIOC 368 Monster reinforced reinforced not relevant not relevant reinforced BIOC 372 Immunology advanced advanced reinforced reinforced reinforced BIOC 380 Neurosystems advanced advanced reinforced reinforced reinforced BIOC 385 Fundamentals of Neuroscience advanced advanced advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 442 Behavioral Neuroscience advanced advanced advanced advanced advanced BIOC 443 Developmental Neurobiology advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced reinforced advanced reinforced BIOC 481 Structural Biophysics I advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced EBIO 321 Animal Behavior advanced advanced reinforced advanced reinforced EBIO 323 Conservation Biology advanced advanced advanced advanced reinforced EBIO 326 Insect Biology advanced advanced reinforced advanced reinforced EBIO 328 Evolution of Genes & Genomes advanced advanced reinforced advanced reinforced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced reinforced EBIO 340 Global Biogeochemical Cycles reinforced advanced advanced advanced reinforced EBIO 372 Coral Reef Ecosystems advanced advanced reinforced advanced reinforced EBIO 391 Transfer Credit in Ecology & Evolution advanced reinforced reinforced reinforced reinforced
Research BIOC 310 Independent Research advanced advanced advanced advanced advanced BIOC 401 Honors Research I advanced advanced advanced advanced advanced BIOC 402 Honors Research II advanced advanced advanced advanced advanced EBIO 306 Independent Research advanced advanced advanced advanced advanced EBIO 403 Honors Research I advanced advanced advanced advanced advanced EBIO 404 Honors Research II advanced advanced advanced advanced advanced
Proposed Major in Biosciences - BS/Integrative Biology - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of at least two of the following: biochemistry, cell biology & genetics, ecology & evolutionary
biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological
sciences and to use critical thinking skills to evaluate primary and secondary sources of biological
research.
PLO4 : Demonstrate the ability to apply the process of science through original
research, including designing experiments
and/or building mathematical models, and collecting, analyzing, and
interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills,
including communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Elective Labs BIOC 311 Advanced Experimental Biosciences reinforced advanced advanced advanced reinforced BIOC 313 Experimental Synthetic Biology reinforced advanced advanced advanced reinforced BIOC 318 Microbiology Laboratory reinforced advanced advanced advanced reinforced BIOC 320 Laboratory in Tissue Culture reinforced advanced advanced advanced reinforced BIOC 333 Bioinnovation Studio reinforced advanced advanced advanced reinforced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced BIOC 415 Experimental Physiology advanced advanced advanced advanced reinforced BIOC 417 Advanced Experimental Neuroscience advanced advanced advanced advanced reinforced EBIO 316 Lab Module in Ecology reinforced advanced advanced advanced reinforced EBIO 317 Lab Module in Behavior reinforced advanced advanced advanced reinforced EBIO 319 Tropical Field Biology reinforced advanced advanced advanced reinforced EBIO 324 Conservation Biology Lab reinforced advanced advanced advanced reinforced EBIO 327 Biological Diversity reinforced advanced advanced advanced reinforced EBIO 330 Insect Biology Lab reinforced advanced advanced advanced reinforced EBIO 337 Field Bird Biology Lab reinforced advanced advanced advanced reinforced EBIO 393 Laboratory Transfer Credit in Biosciences reinforced advanced advanced advanced reinforced
Capstone BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced advanced advanced advanced BIOC 481 Molecular Biophysics advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced EBIO 323 Conservation Biology advanced advanced advanced advanced advanced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced advanced
Core Courses CHEM 122 Gen Chem II w/lab not relevant not relevant not relevant introduced not relevant CHEM 211 Organic Chemistry I not relevant not relevant not relevant introduced not relevant BIOC 301 Biochemistry I reinforced introduced introduced reinforced reinforced BIOC 341 Cell Biology advanced reinforced advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced reinforced reinforced advanced reinforced
Core Lab Courses BIOC 211 Intermediate Experimental Biosci reinforced introduced reinforced reinforced reinforced
Elective Lectures BIOC 302 Biochemistry II reinforced reinforced reinforced reinforced reinforced BIOC 331 Biology of Infectious Disease reinforced reinforced advanced advanced reinforced BIOC 334 Evolution reinforced reinforced advanced advanced reinforced BIOC 335 Cell & Molecular Animal Physiology advanced advanced advanced reinforced advanced BIOC 352 Physical Chemistry for Biosciences advanced not relevant reinforced reinforced reinforced BIOC 368 Monster reinforced not relevant not relevant not relevant reinforced BIOC 372 Immunology advanced advanced reinforced reinforced reinforced BIOC 380 Neurosystems advanced advanced advanced advanced advanced BIOC 385 Fundamentals of Neuroscience reinforced reinforced advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 442 Behavioral Neuroscience advanced advanced advanced advanced advanced BIOC 443 Developmental Neurobiology advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced reinforced advanced reinforced EBIO 328 Evolution of Genes & Genomes advanced reinforced reinforced advanced reinforced
Proposed Major in Biosciences - BA/Cell & Genetics - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of cell biology and genetics.
PLO3 : Demonstrate the ability to access scientific literature in the
biological sciences and to use critical thinking skills to evaluate primary
and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science, including designing experiments and/or building mathematical models, and collecting,
analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including
communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Elective Labs BIOC 310 Independent Research (> 3 hours) reinforced advanced reinforced advanced reinforced BIOC 311 Advanced Experimental BioSci reinforced advanced advanced advanced advanced BIOC 313 Experimental Synthetic Biology reinforced advanced advanced advanced advanced BIOC 318 Microbiology Laboratory reinforced advanced advanced advanced advanced BIOC 320 Laboratory in Tissue Culture reinforced advanced advanced advanced advanced BIOC 333 Bioinnovation Studio reinforced advanced advanced advanced advanced BIOC 415 Experimental Physiology advanced advanced advanced advanced advanced BIOC 417 Advanced Experimental Neuroscience advanced advanced advanced advanced advanced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced
Capstone BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced advanced advanced advanced BIOC 481 Structural Biophysics I advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced
Core Lab Courses EBIO 213 Intro EEB Lab introduced introduced introduced introduced introduced
Elective Lectures BIOC 301 Biochemistry I advanced not relevant introduced reinforced reinforced BIOC 302 Biochemistry II advanced not relevant reinforced reinforced reinforced BIOC 335 Cell & Molecular Animal Physiology advanced reinforced advanced reinforced advanced BIOC 341 Cell Biology advanced not relevant advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced reinforced reinforced advanced reinforced BIOC 352 Physical Chemistry for Biosciences advanced not relevant reinforced reinforced reinforced BIOC 368 Monster reinforced not relevant not relevant not relevant reinforced BIOC 372 Immunology advanced not relevant reinforced reinforced reinforced BIOC 380 Neurosystems advanced not relevant reinforced reinforced reinforced BIOC 385 Fundamentals of Neuroscience advanced not relevant advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced not relevant advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 442 Behavioral Neuroscience advanced not relevant advanced advanced advanced BIOC 443 Developmental Neurobiology advanced not relevant advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced not relevant advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced not relevant advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced not relevant advanced advanced advanced BIOC 460 Cancer Biology advanced not relevant advanced advanced advanced BIOC 464 Extracellular Matrix advanced not relevant advanced advanced advanced BIOC 470 Computation with Biological Data advanced not relevant reinforced advanced reinforced BIOC 481 Structural Biophysics I advanced not relevant advanced advanced advanced BIOC 482 Structural Biology advanced not relevant advanced advanced advanced EBIO 321 Animal Behavior advanced advanced reinforced advanced reinforced EBIO 323 Conservation Biology advanced advanced advanced advanced reinforced EBIO 326 Insect Biology advanced advanced reinforced advanced reinforced EBIO 328 Evolution of Genes & Genomes advanced advanced reinforced advanced reinforced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced advanced EBIO 340 Global Biogeochemical Cycles reinforced advanced advanced advanced reinforced EBIO 372 Coral Reef Ecosystems advanced advanced reinforced advanced reinforced EBIO 391 Transfer Credit in Ecology & Evolution advanced reinforced reinforced reinforced reinforced
Capstone EBIO 323 Conservation Biology advanced advanced advanced advanced advanced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced advanced
Proposed Major in Biosciences - BA/Ecology & Evolution - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of ecology and evolutionary biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological
sciences and to use critical thinking skills to evaluate primary and secondary sources of biological
research.
PLO4 : Demonstrate the ability to apply the process of science, including designing experiments and/or building mathematical models, and collecting, analyzing, and
interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including
communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Core Courses EBIO 325 Ecology reinforced reinforced reinforced reinforced reinforced EBIO 334 Evolution reinforced reinforced reinforced reinforced reinforced EBIO 338 Design & Analysis of Bio Experiments reinforced reinforced reinforced reinforced reinforced EBIO 412 Adv Communcation in Biosciences not relevant not relevant reinforced reinforced advanced
Elective Labs BIOC 310 Independent Research (> 3 hours) reinforced advanced reinforced advanced reinforced BIOC 311 Advanced Experimental Biosciences reinforced advanced advanced advanced reinforced BIOC 313 Experimental Synthetic Biology reinforced not relevant advanced advanced reinforced BIOC 318 Microbiology Laboratory reinforced not relevant advanced advanced reinforced BIOC 320 Laboratory in Tissue Culture reinforced not relevant advanced advanced reinforced BIOC 333 Bioinnovation Studio reinforced not relevant advanced advanced reinforced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced BIOC 415 Experimental Physiology advanced not relevant advanced advanced reinforced BIOC 417 Advanced Experimental Neuroscience advanced not relevant advanced advanced reinforced EBIO 306 Independent Research (> 3 hours) reinforced reinforced reinforced advanced reinforced EBIO 316 Lab Module in Ecology reinforced advanced advanced advanced reinforced EBIO 317 Lab Module in Behavior reinforced advanced advanced advanced reinforced EBIO 319 Tropical Field Biology reinforced advanced advanced advanced reinforced EBIO 324 Conservation Biology Lab reinforced advanced advanced advanced reinforced EBIO 327 Biological Diversity reinforced advanced advanced advanced reinforced EBIO 330 Insect Biology Lab reinforced advanced advanced advanced reinforced EBIO 337 Field Bird Biology Lab reinforced advanced advanced advanced reinforced EBIO 393 Laboratory Transfer Credit in Biosciences reinforced advanced advanced advanced reinforced
Core Courses CHEM 122 Gen Chem II w/lab not relevant not relevant not relevant introduced not relevant CHEM 211 Organic Chemistry I not relevant not relevant not relevant introduced not relevant EBIO 325 Ecology reinforced reinforced reinforced reinforced reinforced EBIO 334 Evolution reinforced reinforced reinforced reinforced reinforced BIOC 301 Biochemistry I reinforced reinforced introduced reinforced reinforced BIOC 341 Cell Biology advanced reinforced advanced reinforced advanced
Core Lab Courses
BIOC 211 Intermediate Experimental Biosci reinforced introduced reinforced reinforced reinforced EBIO 213 Intro EEB Lab introduced introduced introduced introduced introduced
Elective Lectures BIOC 302 Biochemistry II advanced advanced reinforced reinforced reinforced BIOC 335 Cell & Molecular Animal Physiology advanced advanced advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced advanced reinforced advanced reinforced BIOC 352 Physical Chemistry for Biosciences advanced advanced reinforced reinforced reinforced BIOC 368 Monster reinforced reinforced not relevant not relevant reinforced BIOC 372 Immunology advanced advanced reinforced reinforced reinforced BIOC 380 Neurosystems advanced advanced reinforced reinforced reinforced BIOC 385 Fundamentals of Neuroscience advanced advanced advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 442 Behavioral Neuroscience advanced advanced advanced advanced advanced BIOC 443 Developmental Neurobiology advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced reinforced advanced reinforced BIOC 481 Molecular Biophysics advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced EBIO 321 Animal Behavior advanced advanced reinforced advanced reinforced EBIO 323 Conservation Biology advanced advanced advanced advanced reinforced EBIO 326 Insect Biology advanced advanced reinforced advanced reinforced EBIO 328 Evolution of Genes & Genomes advanced advanced reinforced advanced reinforced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced reinforced EBIO 340 Global Biogeochemical Cycles reinforced advanced advanced advanced reinforced EBIO 372 Coral Reef Ecosystems advanced advanced reinforced advanced reinforced EBIO 391 Transfer Credit in Ecology & Evolution advanced reinforced reinforced reinforced reinforced
Proposed Major in Biosciences - BA/Integrative Biology - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of at least two of the following: biochemistry, cell biology & genetics, ecology & evolutionary
biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological
sciences and to use critical thinking skills to evaluate primary and secondary sources of biological
research.
PLO4 : Demonstrate the ability to apply the process of science, including designing experiments and/or building mathematical models, and collecting, analyzing, and
interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including
communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Elective Labs BIOC 310 Independent Research (> 3 hours) reinforced advanced reinforced advanced reinforced BIOC 311 Advanced Experimental Biosciences reinforced advanced advanced advanced reinforced BIOC 313 Experimental Synthetic Biology reinforced advanced advanced advanced reinforced BIOC 318 Microbiology Laboratory reinforced advanced advanced advanced reinforced BIOC 320 Laboratory in Tissue Culture reinforced advanced advanced advanced reinforced BIOC 333 Bioinnovation Studio reinforced advanced advanced advanced reinforced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced BIOC 415 Experimental Physiology advanced advanced advanced advanced reinforced BIOC 417 Advanced Experimental Neuroscience advanced advanced advanced advanced reinforced EBIO 306 Independent Research (> 3 hours) reinforced advanced reinforced advanced reinforced EBIO 316 Lab Module in Ecology reinforced advanced advanced advanced reinforced EBIO 317 Lab Module in Behavior reinforced advanced advanced advanced reinforced EBIO 319 Tropical Field Biology reinforced advanced advanced advanced reinforced EBIO 324 Conservation Biology Lab reinforced advanced advanced advanced reinforced EBIO 327 Biological Diversity reinforced advanced advanced advanced reinforced EBIO 330 Insect Biology Lab reinforced advanced advanced advanced reinforced EBIO 337 Field Bird Biology Lab reinforced advanced advanced advanced reinforced EBIO 393 Laboratory Transfer Credit in Biosciences reinforced advanced advanced advanced reinforced
Capstone BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced advanced advanced advanced BIOC 481 Molecular Biophysics advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced EBIO 323 Conservation Biology advanced advanced advanced advanced advanced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced advanced
Core Courses CHEM 122 Gen Chem II w/lab not relevant not relevant not relevant introduced not relevant CHEM 211 Organic Chemistry I not relevant not relevant not relevant introduced not relevant PHYS 126 General Physics II w/Lab not relevant not relevant not relevant introduced not relevant BIOC 301 Biochemistry I reinforced introduced introduced reinforced reinforced BIOC 302 Biochemistry II reinforced reinforced reinforced reinforced reinforced BIOC 352 Physical Chemistry for BioSci reinforced advanced reinforced reinforced reinforced
Core Lab Courses BIOC 211 Intermediate Experimental Biosci reinforced introduced reinforced reinforced reinforced BIOC 311 Advanced Experimental BioSci reinforced advanced advanced advanced advanced
Research BIOC 310 Independent Research advanced advanced advanced advanced advanced BIOC 401 Honors Research I advanced advanced advanced advanced advanced BIOC 402 Honors Research II advanced advanced advanced advanced advanced
Proposed Major in Biosciences - BS/Biochemistry - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of biochemistry.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to
use critical thinking skills to evaluate primary and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science
through original research, including designing experiments
and/or building mathematical models, and collecting, analyzing,
and interpreting data.
PLO5 : Demonstrate effective oral, written, and
visual communication skills, including
communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Elective Lectures BIOC 335 Cell & Molecular Animal Physiology advanced advanced advanced reinforced advanced BIOC 341 Cell Biology advanced reinforced advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced reinforced reinforced advanced reinforced BIOC 368 Monster advanced reinforced reinforced reinforced advanced BIOC 385 Fundamentals of Neuroscience reinforced reinforced advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced reinforced advanced reinforced BIOC 481 Molecular Biophysics advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced EBIO 328 Evolution of Genes & Genomes advanced reinforced reinforced advanced reinforced
Elective Labs BIOC 313 Experimental Synthetic Biology reinforced reinforced advanced advanced advanced BIOC 318 Microbiology Laboratory reinforced reinforced advanced advanced advanced BIOC 320 Laboratory in Tissue Culture reinforced reinforced advanced advanced advanced BIOC 333 Bioinnovation Studio reinforced reinforced advanced advanced advanced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced
Capstone BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced advanced advanced advanced BIOC 481 Molecular Biophysics advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced
Core Courses CHEM 122 Gen Chem II w/lab not relevant not relevant not relevant introduced not relevant CHEM 211 Organic Chemistry I not relevant not relevant not relevant introduced not relevant BIOC 301 Biochemistry I reinforced introduced introduced reinforced reinforced BIOC 341 Cell Biology advanced reinforced advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced reinforced reinforced advanced reinforced
Core Lab Courses BIOC 211 Intermediate Experimental Biosci reinforced introduced reinforced reinforced reinforced
Elective Lectures BIOC 302 Biochemistry II reinforced reinforced reinforced reinforced reinforced BIOC 331 Biology of Infectious Disease reinforced reinforced advanced advanced reinforced BIOC 334 Evolution reinforced reinforced advanced advanced reinforced BIOC 335 Cell & Molecular Animal Physiology advanced advanced advanced reinforced advanced BIOC 352 Physical Chemistry for Biosciences advanced not relevant reinforced reinforced reinforced BIOC 368 Monster reinforced not relevant not relevant not relevant reinforced BIOC 372 Immunology advanced advanced reinforced reinforced reinforced BIOC 380 Neurosystems advanced advanced advanced advanced advanced BIOC 385 Fundamentals of Neuroscience reinforced reinforced advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 442 Behavioral Neuroscience advanced advanced advanced advanced advanced BIOC 443 Developmental Neurobiology advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced reinforced advanced reinforced EBIO 328 Evolution of Genes & Genomes advanced reinforced reinforced advanced reinforced
Research BIOC 310 Independent Research advanced advanced advanced advanced advanced BIOC 401 Honors Research I advanced advanced advanced advanced advanced BIOC 402 Honors Research II advanced advanced advanced advanced advanced
Proposed Major in Biosciences - BS/Cell & Genetics - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of cell biology and genetics.
PLO3 : Demonstrate the ability to access scientific literature in the biological
sciences and to use critical thinking skills to evaluate primary and secondary sources of biological
research.
PLO4 : Demonstrate the ability to apply the process of science
through original research, including designing
experiments and/or building mathematical models, and collecting, analyzing, and
interpreting data.
PLO5 : Demonstrate effective oral, written, and
visual communication skills, including
communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Elective Labs BIOC 311 Advanced Experimental BioSci reinforced advanced advanced advanced advanced BIOC 313 Experimental Synthetic Biology reinforced advanced advanced advanced advanced BIOC 318 Microbiology Laboratory reinforced advanced advanced advanced advanced BIOC 320 Laboratory in Tissue Culture reinforced advanced advanced advanced advanced BIOC 333 Bioinnovation Studio reinforced advanced advanced advanced advanced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced BIOC 415 Experimental Physiology advanced advanced advanced advanced advanced BIOC 417 Advanced Experimental Neuroscience advanced advanced advanced advanced advanced
Capstone BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced advanced advanced advanced BIOC 481 Molecular Biophysics advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced
Core Lab Courses EBIO 213 Intro EEB Lab introduced introduced introduced introduced introduced
Elective Lectures BIOC 301 Biochemistry I advanced not relevant introduced reinforced reinforced BIOC 302 Biochemistry II advanced not relevant reinforced reinforced reinforced BIOC 335 Cell & Molecular Animal Physiology advanced reinforced advanced reinforced advanced BIOC 341 Cell Biology advanced not relevant advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced reinforced reinforced advanced reinforced BIOC 352 Physical Chemistry for Biosciences advanced not relevant reinforced reinforced reinforced BIOC 368 Monster reinforced not relevant not relevant not relevant reinforced BIOC 372 Immunology advanced not relevant reinforced reinforced reinforced BIOC 380 Neurosystems advanced not relevant reinforced reinforced reinforced BIOC 385 Fundamentals of Neuroscience advanced not relevant advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced not relevant advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 442 Behavioral Neuroscience advanced not relevant advanced advanced advanced BIOC 443 Developmental Neurobiology advanced not relevant advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced not relevant advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced not relevant advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced not relevant advanced advanced advanced BIOC 460 Cancer Biology advanced not relevant advanced advanced advanced BIOC 464 Extracellular Matrix advanced not relevant advanced advanced advanced BIOC 470 Computation with Biological Data advanced not relevant reinforced advanced reinforced BIOC 481 Molecular Biophysics advanced not relevant advanced advanced advanced BIOC 482 Structural Biology advanced not relevant advanced advanced advanced EBIO 321 Animal Behavior advanced advanced reinforced advanced reinforced EBIO 323 Conservation Biology advanced advanced advanced advanced reinforced EBIO 326 Insect Biology advanced advanced reinforced advanced reinforced EBIO 328 Evolution of Genes & Genomes advanced advanced reinforced advanced reinforced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced reinforced EBIO 340 Global Biogeochemical Cycles reinforced advanced advanced advanced reinforced EBIO 372 Coral Reef Ecosystems advanced advanced reinforced advanced reinforced EBIO 391 Transfer Credit in Ecology & Evolution advanced reinforced reinforced reinforced reinforced
Research EBIO 306 Independent Research advanced advanced advanced advanced advanced EBIO 403 Honors Research I advanced advanced advanced advanced advanced EBIO 404 Honors Research II advanced advanced advanced advanced advanced
Capstone EBIO 323 Conservation Biology advanced advanced advanced advanced advanced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced advanced
Proposed Major in Biosciences - BS/Ecology & Evolution - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of ecology and evolutionary biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological
sciences and to use critical thinking skills to evaluate primary and secondary sources of biological
research.
PLO4 : Demonstrate the ability to apply the process of
science through original research, including
designing experiments and/or building
mathematical models, and collecting, analyzing, and
interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including
communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Core Courses EBIO 325 Ecology reinforced reinforced reinforced reinforced reinforced EBIO 334 Evolution reinforced reinforced reinforced reinforced reinforced EBIO 338 Design & Analysis of Bio Experiments reinforced reinforced reinforced reinforced reinforced EBIO 412 Adv Communcation in Biosciences not relevant not relevant reinforced reinforced advanced
Elective Labs BIOC 311 Advanced Experimental Biosciences reinforced advanced advanced advanced reinforced BIOC 313 Experimental Synthetic Biology reinforced not relevant advanced advanced reinforced BIOC 318 Microbiology Laboratory reinforced not relevant advanced advanced reinforced BIOC 320 Laboratory in Tissue Culture reinforced not relevant advanced advanced reinforced BIOC 333 Bioinnovation Studio reinforced not relevant advanced advanced reinforced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced BIOC 415 Experimental Physiology advanced not relevant advanced advanced reinforced BIOC 417 Advanced Experimental Neuroscience advanced not relevant advanced advanced reinforced EBIO 316 Lab Module in Ecology reinforced advanced advanced advanced reinforced EBIO 317 Lab Module in Behavior reinforced advanced advanced advanced reinforced EBIO 319 Tropical Field Biology reinforced advanced advanced advanced reinforced EBIO 324 Conservation Biology Lab reinforced advanced advanced advanced reinforced EBIO 327 Biological Diversity reinforced advanced advanced advanced reinforced EBIO 330 Insect Biology Lab reinforced advanced advanced advanced reinforced EBIO 337 Field Bird Biology Lab reinforced advanced advanced advanced reinforced EBIO 393 Laboratory Transfer Credit in Biosciences reinforced advanced advanced advanced reinforced
Core Courses CHEM 122 Gen Chem II w/lab not relevant not relevant not relevant introduced not relevant CHEM 211 Organic Chemistry I not relevant not relevant not relevant introduced not relevant EBIO 325 Ecology reinforced reinforced reinforced reinforced reinforced EBIO 334 Evolution reinforced reinforced reinforced reinforced reinforced BIOC 301 Biochemistry I reinforced reinforced introduced reinforced reinforced BIOC 341 Cell Biology advanced reinforced advanced reinforced advanced
Core Lab Courses
BIOC 211 Intermediate Experimental Biosci reinforced introduced reinforced reinforced reinforced EBIO 213 Intro EEB Lab introduced introduced introduced introduced introduced
Elective Lectures BIOC 302 Biochemistry II advanced advanced reinforced reinforced reinforced BIOC 335 Cell & Molecular Animal Physiology advanced advanced advanced reinforced advanced BIOC 344 Molecular Biology & Genetics advanced advanced reinforced advanced reinforced BIOC 352 Physical Chemistry for Biosciences advanced advanced reinforced reinforced reinforced BIOC 368 Monster reinforced reinforced not relevant not relevant reinforced BIOC 372 Immunology advanced advanced reinforced reinforced reinforced BIOC 380 Neurosystems advanced advanced reinforced reinforced reinforced BIOC 385 Fundamentals of Neuroscience advanced advanced advanced advanced advanced BIOC 390 Transfer Credit in Biochemistry & Cell Bio advanced reinforced reinforced reinforced reinforced BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 442 Behavioral Neuroscience advanced advanced advanced advanced advanced BIOC 443 Developmental Neurobiology advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced reinforced advanced reinforced BIOC 481 Structural Biophysics I advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced EBIO 321 Animal Behavior advanced advanced reinforced advanced reinforced EBIO 323 Conservation Biology advanced advanced advanced advanced reinforced EBIO 326 Insect Biology advanced advanced reinforced advanced reinforced EBIO 328 Evolution of Genes & Genomes advanced advanced reinforced advanced reinforced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced reinforced EBIO 340 Global Biogeochemical Cycles reinforced advanced advanced advanced reinforced EBIO 372 Coral Reef Ecosystems advanced advanced reinforced advanced reinforced EBIO 391 Transfer Credit in Ecology & Evolution advanced reinforced reinforced reinforced reinforced
Research BIOC 310 Independent Research advanced advanced advanced advanced advanced BIOC 401 Honors Research I advanced advanced advanced advanced advanced BIOC 402 Honors Research II advanced advanced advanced advanced advanced EBIO 306 Independent Research advanced advanced advanced advanced advanced EBIO 403 Honors Research I advanced advanced advanced advanced advanced EBIO 404 Honors Research II advanced advanced advanced advanced advanced
Proposed Major in Biosciences - BS/Integrative Biology - Curriculum Map
Course Number Course Title
PLO1 : Demonstrate a broad knowledge of core
concepts in biology.
PLO2 : Demonstrate an advanced understanding
of at least two of the following: biochemistry, cell biology & genetics, ecology & evolutionary
biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological
sciences and to use critical thinking skills to evaluate primary and secondary sources of biological
research.
PLO4 : Demonstrate the ability to apply the process of science through original
research, including designing experiments
and/or building mathematical models, and collecting, analyzing, and
interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills,
including communicating science to diverse audiences.
Foundation Courses
MATH 101 Calculus I Not relevant not relevant Not relevant introduced not relevant MATH 102 Calculus II not relevant not relevant not relevant introduced not relevant CHEM 121 General Chemistry I w.lab not relevant not relevant not relevant introduced not relevant PHYS 125 General Physics w/lab not relevant not relevant not relevant introduced not relevant STAT 305 Intro to stats for Biosci not relevant not relevant introduced introduced introduced BIOC 201 Introductory Biology I introduced not relevant introduced introduced introduced EBIO 202 Introductory Biology II introduced not relevant introduced introduced introduced
Elective Labs BIOC 311 Advanced Experimental Biosciences reinforced advanced advanced advanced reinforced BIOC 313 Experimental Synthetic Biology reinforced advanced advanced advanced reinforced BIOC 318 Microbiology Laboratory reinforced advanced advanced advanced reinforced BIOC 320 Laboratory in Tissue Culture reinforced advanced advanced advanced reinforced BIOC 333 Bioinnovation Studio reinforced advanced advanced advanced reinforced BIOC 393 Lab Transfer in Biochemistry & Cell Bio reinforced reinforced reinforced advanced reinforced BIOC 415 Experimental Physiology advanced advanced advanced advanced reinforced BIOC 417 Advanced Experimental Neuroscience advanced advanced advanced advanced reinforced EBIO 316 Lab Module in Ecology reinforced advanced advanced advanced reinforced EBIO 317 Lab Module in Behavior reinforced advanced advanced advanced reinforced EBIO 319 Tropical Field Biology reinforced advanced advanced advanced reinforced EBIO 324 Conservation Biology Lab reinforced advanced advanced advanced reinforced EBIO 327 Biological Diversity reinforced advanced advanced advanced reinforced EBIO 330 Insect Biology Lab reinforced advanced advanced advanced reinforced EBIO 337 Field Bird Biology Lab reinforced advanced advanced advanced reinforced EBIO 393 Laboratory Transfer Credit in Biosciences reinforced advanced advanced advanced reinforced
Capstone BIOC 424 Microbiology & Biotechnology advanced advanced advanced advanced advanced BIOC 425 Plant Molecular Genetics advanced advanced advanced advanced advanced BIOC 445 Advanced Molecular & Genetics advanced advanced advanced advanced advanced BIOC 447 Biology & Medicine advanced advanced advanced advanced advanced BIOC 449 Advanced Cell & Molecular Neurobiology advanced advanced advanced advanced advanced BIOC 450 Viruses & Infectious Diseases advanced advanced advanced advanced advanced BIOC 455 Computational Synthetic Biology advanced advanced advanced advanced advanced BIOC 460 Cancer Biology advanced advanced advanced advanced advanced BIOC 464 Extracellular Matrix advanced advanced advanced advanced advanced BIOC 470 Computation with Biological Data advanced advanced advanced advanced advanced BIOC 481 Molecular Biophysics advanced advanced advanced advanced advanced BIOC 482 Structural Biology advanced advanced advanced advanced advanced EBIO 323 Conservation Biology advanced advanced advanced advanced advanced EBIO 331 Biology of Infectious Diseases advanced advanced advanced advanced advanced
Assessment Plan for BA in Biosciences with Major Concentration in Biochemistry
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of biochemistry.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science, including designing experiments and/or building
mathematical models, and collecting, analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, BIOC 211, BIOC 301 Required courses: BIOC 301, BIOC 302
Required course: BIOC 201, EBIO 202, BIOC 211, BIOC 311 Required courses: BIOC 211, BIOC 311 Required courses: BIOC 211, BIOC 311
Materials (What?)
BIOC 301 final exam BIOC 301 final exam BIOC 311 paper BIOC 311 Report BIOC 311 Report
Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?)
Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Assessment Plan for BA in Biosciences with Major Concentration in Cell Biology & Genetics
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of cell biology and genetics.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science, including designing experiments and/or building
mathematical models, and collecting, analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, BIOC 211, BIOC 341, BIOC 344 Required courses: BIOC 301, BIOC 341, BIOC 344
Required courses: BIOC 201, EBIO 202, BIOC 211, advanced lab courses Required courses: BIOC 211, advanced lab courses Required courses: BIOC 211, advanced lab courses
Materials (What?) BIOC 341 final exam or BIOC 344 final exam BIOC 341 final exam or BIOC 344 final exam papers from advanced lab courses (e.g. BIOC 311, BIOC
313, BIOC 318) papers from advanced lab courses (e.g. BIOC 311, BIOC 313, BIOC 318)
papers from advanced lab courses (e.g. BIOC 311, BIOC 313, BIOC 318)
Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?) Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Assessment Plan for BA in Biosciences with Major Concentrations in Ecology & Evolutionary Biology
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of ecology and evolutionary biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical thinking skills to evaluate primary
and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science,
including designing experiments and/or building mathematical
models, and collecting, analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, EBIO 213, EBIO 334 Required courses: EBIO 325, EBIO 334 Required course: EBIO 412 Required course: EBIO 334 Required courses: EBIO 334, EBIO 412
Materials (What?) EBIO 213 lab report on biodiversity and EBIO 334 final exam EBIO 325 final exam and EBIO 334 final exam EBIO 412 literature review paper EBIO 334 final exam EBIO 412 final project
Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?) Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum
Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Assessment Plan for BA in Biosciences with Major Concentration in Integrative Biology
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of at least two of the following: biochemistry, cell biology &
genetics, ecology & evolutionary biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science, including designing experiments and/or building
mathematical models, and collecting, analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, BIOC 301; EBIO 325
Required courses: EBIO 325 Ecology; EBIO 334; Evolution BIOC 301; BIOC 341
Required courses: BIOC 211, EBIO 213, advanced lab courses
Required courses: BIOC 211, EBIO 213, advanced lab courses
Required courses: BIOC 211, EBIO 213, advanced lab courses
Materials (What?)
EBIO 325 final exam and EBIOC 301 final exam EBIO 325 final exam and BIOC 301 final exam advanced lab courses (e.g. BIOC 311, BIOC 313, BIOC 318, EBIO 316, EBIO 319, EBIO 327)
advanced lab courses (e.g. BIOC 311, BIOC 313, BIOC 318, EBIO 316, EBIO 319, EBIO 327)
advanced lab courses (e.g. BIOC 311, BIOC 313, BIOC 318, EBIO 316, EBIO 319, EBIO 327)
Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?)
Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Assessment Plan for BS in Biosciences with Major Concentration in Biochemistry
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of biochemistry.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science through original research, including designing
experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, BIOC 211, BIOC 301 Required courses: BIOC 301, BIOC 302
Required course: BIOC 201, EBIO 202, BIOC 211, BIOC 311 Required courses: BIOC 310 Required courses: BIOC 211, BIOC 311
Materials (What?)
BIOC 301 final exam BIOC 301 final exam BIOC 311 paper BIOC 310 paper BIOC 311 Report
Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?)
Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Assessment Plan for BS in Biosciences with Major Concentration in Cell Biology & Genetics
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of cell biology and genetics.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science through original research, including designing
experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, BIOC 211, BIOC 341, BIOC 344 Required courses: BIOC 301, BIOC 341, BIOC 344
Required courses: BIOC 201, EBIO 202, BIOC 211, advanced lab courses Required courses: BIOC 310 Required courses: BIOC 211, advanced lab courses
Materials (What?) BIOC 341 final exam or BIOC 344 final exam BIOC 341 final exam or BIOC 344 final exam papers from advanced lab courses (e.g. BIOC 311, BIOC
313, BIOC 318) BIOC 310 paper papers from advanced lab courses (e.g. BIOC 311, BIOC
313, BIOC 318) Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?) Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Assessment Plan for BS in Biosciences with Major Concentrations in Ecology & Evolutionary Biology
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of ecology and evolutionary biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical thinking skills to evaluate primary
and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science through
original research, including designing experiments and/or
building mathematical models, and collecting, analyzing, and
interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, EBIO 213, EBIO 334 Required courses: EBIO 325, EBIO 334 Required course: EBIO 412 Required course: EBIO 306 Required courses: EBIO 334, EBIO 412
Materials (What?) EBIO 213 lab report on biodiversity and EBIO 334 final exam EBIO 325 final exam and EBIO 334 final exam EBIO 412 literature review paper EBIO 306 Report EBIO 412 final project
Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?) Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum
Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Assessment Plan for BS in Biosciences with Major Concentration in Integrative Biology
Learning Outcomes
PLO1 : Demonstrate a broad knowledge of core concepts in biology.
PLO2 : Demonstrate an advanced understanding of at least two of the following: biochemistry, cell biology &
genetics, ecology & evolutionary biology.
PLO3 : Demonstrate the ability to access scientific literature in the biological sciences and to use critical
thinking skills to evaluate primary and secondary sources of biological research.
PLO4 : Demonstrate the ability to apply the process of science through original research, including designing
experiments and/or building mathematical models, and collecting, analyzing, and interpreting data.
PLO5 : Demonstrate effective oral, written, and visual communication skills, including communicating science to
diverse audiences.
Embedded location (Where?)
Required courses: BIOC 201, EBIO 202, BIOC 301; EBIO 325
Required courses: EBIO 325 Ecology; EBIO 334; Evolution BIOC 301; BIOC 341
Required courses: BIOC 211, EBIO 213, advanced lab courses
Required course: BIOC 310 Independent Research or EBIO 306 Independent Research
Required courses: BIOC 211, EBIO 213, advanced lab courses
Materials (What?)
EBIO 325 final exam and EBIOC 301 final exam EBIO 325 final exam and BIOC 301 final exam advanced lab courses (e.g. BIOC 311, BIOC 313, BIOC 318, EBIO 316, EBIO 319, EBIO 327)
BIOC 310 paper or EBIO 306 paper advanced lab courses (e.g. BIOC 311, BIOC 313, BIOC 318, EBIO 316, EBIO 319, EBIO 327)
Measure (How?)
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Outcomes rubric using excellent, good, fair, and poor as metrics.
Standard (To what extent?)
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
At least 70% of assessed students should receive good or excellent
Responsible (Who?)
Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee Undergraduate Curriculum Committee
Timeline (When?)
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2020 RIPE Fall 2021
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2021 RIPE Fall 2022
ROAR Fall 2022 RIPE Fall 2023
Who receives results and who is responsible for follow-up?
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up
Department Chair, reported to faculty in faculty meeting, to course instructors, assessment committee follows up