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A Scientific Approach to Achieving Learning in Your Course Leilani Arthurs Department of Earth & Atmospheric Sciences University of Nebraska-Lincoln

A Scientific Approach to Achieving Learning in your Courses

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Page 1: A Scientific Approach to Achieving Learning in your Courses

A Scientific Approach to Achieving Learning in Your Course

Leilani ArthursDepartment of Earth & Atmospheric SciencesUniversity of Nebraska-Lincoln

Page 2: A Scientific Approach to Achieving Learning in your Courses

Welcome!

Every participant will have a participant number.We’ll count off.Please remember what your number is.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 2 of 19

Page 3: A Scientific Approach to Achieving Learning in your Courses

What kind of institution is closest to the kind of institution that you teach at?

A. Elementary to Middle schoolB. High schoolC. 2-year collegeD. 4-year primarily teaching collegeE. 4-year research university

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 3 of 19

Page 4: A Scientific Approach to Achieving Learning in your Courses

In which department or discipline do you primarily teach your course(s)?

A. Geology / Geoscience / Earth ScienceB. Geography / Environmental StudiesC. Meteorology / ClimatologyD. Astronomy / Physics E. Chemistry

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 4 of 19

Page 5: A Scientific Approach to Achieving Learning in your Courses

How much do you already know about developing learning goals, classroom activities, and assessments?A. I consider myself an expert in these areas, and I

could totally be giving this workshop! B. I have a high level of familiarity with these, and

am always trying to learn more about them.C. I have a high level of familiarity with 1 or 2 of

these areas, but not all 3.D. I have a modest understanding of these areas.E. Developing these 3 things myself is new to me.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 5 of 19

Page 6: A Scientific Approach to Achieving Learning in your Courses

What is one thing that you hope to get out of this workshop?

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L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 6 of 19

Page 7: A Scientific Approach to Achieving Learning in your Courses

What does “effective learning” mean to you?

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 7 of 19

Page 8: A Scientific Approach to Achieving Learning in your Courses

What is your target course (e.g. Historical Geology, Environmental Geochemistry, Intro Astronomy)?

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 8 of 19

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Page 9: A Scientific Approach to Achieving Learning in your Courses

A basic scientific approach to achieving learning in your course involves a systematic three-step process.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 9 of 19

1. Set & comm. learning goals for

self & students

2. Use activities to help students achieve goals

3. Assess whether students achieved

goals

Page 10: A Scientific Approach to Achieving Learning in your Courses

A learning goal is a statement of what students should be able to do and at what level.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 10 of 19

Knowledge

ComprehensionApplicationAnalysis Synthesis

Evaluation

Levels of intellectual behavior,Bloom’s taxonomy (1956).

Receiving

Responding

ValuingOrganizing

Internalizing

Levels of attitudinal behavior,Krathwohl’s taxonomy (1973).

Incr

easi

ng le

vels

of s

ophi

stica

tion

Page 11: A Scientific Approach to Achieving Learning in your Courses

These statements are written with specific language (esp. verbs) and are assessable.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 11 of 19

Students will be able to …

A. understand how surface properties affect albedo.B. appreciate the connection between the chemistry of

Earth’s atmosphere and Earth’s climate.C. define latent heat.D. apply knowledge of feedbacks to predict possible climate

outcomes given a hypothetical scenario.E. compare temporal CO2, CH4, and temperature data and

interpret what they mean.Useful Action Words: http://www.nwlink.com/~donclark/hrd/bloom.html

Page 12: A Scientific Approach to Achieving Learning in your Courses

LGs can be written to address different levels of the course structure.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 12 of 19

Course-level LGs provide the “Big Picture” for the overall desired learning outcomes after taking your course.

Topic-level LGs are behaviors students should be able to do after learning about a specific topic.

Page 13: A Scientific Approach to Achieving Learning in your Courses

LGs can be written to address different levels of the course structure.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 12 of 19

Course-level LGs provide the “Big Picture” for the overall desired learning outcomes after taking your course.

Topic-level LGs are behaviors students should be able to do after learning about a specific topic.

1. Take out a piece of paper.2. If you haven’t already, write the name of target course.3. Write 3 overall course-level LGs for your target course.4. List 3 topics addressed in your target course.5. For each topic, write 1-3 topic-level LGs.

Page 14: A Scientific Approach to Achieving Learning in your Courses

What are some examples that you all came up with for course- and topic-level LGs? “Students will be able to ….”

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 13 of 19

C = course-level LG; T = topic-level LG

C:

C:

C:

T:

T:

T:

Page 15: A Scientific Approach to Achieving Learning in your Courses

After establishing learning goals for your students, it’s time to ask: What can I do to help my students achieve these learning goals?

Traditional lecture vs. Transformed teaching Many options for transformed teaching

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 14 of 19

Page 16: A Scientific Approach to Achieving Learning in your Courses

After establishing learning goals for your students, it’s time to ask: What can I do to help my students achieve these learning goals?

Traditional lecture vs. Transformed teaching Many options for transformed teaching• ConcepTests & peer instruction (Mazur, 1997)• Contrasting cases (Swartz, 1998) • Authentic performance tasks (Wiggins & McTighe, 2005)• Process-oriented guided-inquiry learning (Hanson, 2006)• Lecture tutorials (e.g. Prather et al., 2008; Kortz & Smay,

2010)• Integration of instructional technology: GE, sims, clickers..• and more!

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 14 of 19

Page 17: A Scientific Approach to Achieving Learning in your Courses

Activities that enhance student learning share several common characteristics.

• They are associated with a specific learning goal(s).• They are based on a single well thought out and well

designed question or series of questions.• They engage students beyond the lowest levels of

intellectual or attitudinal behaviors.• They promote communication and discussion between

students about course concepts.• They are spring boards for instructor-facilitated class

discussion about students’ current level of understanding.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 15 of 19

Page 18: A Scientific Approach to Achieving Learning in your Courses

After setting goals and structuring learning activities to aid in their attainment, it’s time to ask: To what extent did students achieve the learning goals?

Formative Assessments• Done throughout the semester• Often not graded• Informs instructional decisions• e.g. CATs (Angelo & Cross, 1993)

Summative Assessments• Done at the end of semester, module, chapter• Usually graded• Generally, does not inform instructional decisions (for that

semester/term)• e.g. exams, final projects, final papers

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 16 of 19

Page 19: A Scientific Approach to Achieving Learning in your Courses

After setting goals and structuring learning activities to aid in their attainment, it’s time to ask: To what extent did students achieve the learning goals?

Formative Assessments• Done throughout the semester• Often not graded• Informs instructional decisions• e.g. CATs (Angelo & Cross, 1993)

Summative Assessments• Done at the end of semester, module, chapter• Usually graded• Generally, does not inform instructional decisions (for that

semester/term)• e.g. exams, final projects, final papers

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 16 of 19

Page 20: A Scientific Approach to Achieving Learning in your Courses

The results of assessments can help to inform you on matters such as …

• To what extent your students achieved the learning goals• How effective the activities and classroom practices were at

facilitating student learning• Whether and how you might revise one or more activities• Whether and how you might revise a learning goal(s)• Where there may be room to improve the alignment

between what you expect students to learn, how you help them meet those expectations, and how you assess their learning

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 17 of 19

Page 21: A Scientific Approach to Achieving Learning in your Courses

Aligning these three aspects of a course can be an iterative and energy/time intensive process, but is extremely worthwhile in terms of helping students learn.

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 18 of 19

Be patient with yourself and have fun when undertaking this process!

1. Set & comm. learning goals for

self & students

2. Use activities to help students achieve goals

3. Assess whether students achieved

goals

Page 22: A Scientific Approach to Achieving Learning in your Courses

Thank you for your participation in this workshop!

Questions?

L. Arthurs; University of Nebraska-Lincoln; CLEAN Workshop Slide 19 of 19