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Fostering STEM Retention & Completion Through Key Instructional Strategies Jodi Long, Ph.D. Rhonda Felheim, D.C. Santa Fe College STEMtech Conference 2011

Fostering STEM Retention & Completion Through Key Instructional Strategies

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Fostering STEM Retention & Completion Through Key Instructional Strategies. Jodi Long, Ph.D. Rhonda Felheim, D.C. Santa Fe College STEMtech Conference 2011. Session Goals. Identify importance of completion. Address challenges of teaching Today’s Student. - PowerPoint PPT Presentation

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Page 1: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Fostering STEM Retention & Completion Through Key Instructional Strategies

Jodi Long, Ph.D.Rhonda Felheim, D.C.

Santa Fe CollegeSTEMtech Conference 2011

Page 2: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Session Goals

• Identify importance of completion.• Address challenges of teaching Today’s

Student.• Discuss and practice techniques to reach

Today’s Student.

Page 3: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Think/ Pair/ Share

• How do you define completion?

• Why is completion important?

Page 4: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Why is completion important?• More educated – more likely to be employed

048

1216

Percent Unemployed

National Average = 9.1%Source: http://www.bls.gov/news.release/empsit.t04.htm

Page 5: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Why is completion important?• More educated – better earning power

$0 $15,000 $30,000 $45,000

Median Income (2009)

Source: U.S. Department of Education, National Center for Education Statistics. (2011). The Condition of Education 2011 (NCES 2011–033), Table A-17-1.; http://nces.ed.gov/fastfacts/display.asp?id=77

Page 6: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Why is completion important?• Less educated – more likely to be below poverty line

0.0

10.0

20.0

30.0Percent Below Poverty Line (2010)

Source: http://factfinder.census.gov

Page 7: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Characteristics of Many of Today’s Students

• Working more hours• More ADD/ADHD• Interested in obtaining

credentials• Feel entitled to an A or B if they

consistently attend class• Few time management skills• Few learning skills• Very social

Page 8: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Think/Pair/Share

What is the difference, if any, between studying and learning?

Which, if either, is more enjoyable?

Page 9: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Desired Outcomes• Address why students don’t study, or seldom get

significant results from their study time• Consider some basic principles of cognitive science and

learning theory that can be used to improve teaching and learning– Student motivation

• Discuss concrete strategies that we can teach students to increase critical thinking– Immediate results in student performance and self-perception

Page 10: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Or, go from this

To this

Page 11: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Why don’t students know how to learn?

• It wasn’t necessary in high school- 66% of 2003 entering first year students

spent less than six hours per week doing homework in 12th grade. - More than 46% of these students said they graduated from high school with an “A”average.

• Students’ confidence level is high- 70% believe their academic ability is above average or in the highest 10 percent among people their age

Higher Education Research Institute Study: http://www.gseis.ucla.edu/heri/03_press_release.pdf

Page 12: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

How do faculty add to the problem?

• By assigning homework and giving tests that require little, if any, higher order thinking

• By assessing learning too infrequently• By not requiring students to be responsible

for their own learning• By having little ability to teach students

concrete learning strategies• By rewarding passive learning

Page 13: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

How does the collegeexacerbate the problem?

• Orientation programs that stress fun, recreation, and campus organization involvement

• Counselors who assist students in scheduling courses “back to back” with no breaks between

• Faculty who discourage students from buying the course textbook

Page 14: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

What is Metacognition?

The ability to:• think about thinking• be consciously aware of oneself as a problem

solver• monitor and control one’s mental processing• accurately assess what one understands

Page 15: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Rote Learning v. Meaningful Learning

• Rote Learning involves:– verbatim memorization – Cannot be manipulated or applied to novel situations

• Meaningful Learning involves:– Relating to previous knowledge – Can be manipulated, applied to novel situations, and used in

problem solving tasks

Page 16: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Motivating StudentsBases of Intrinsic Motivation

• Autonomy (Control Their Own Destiny)• Competence (Do Things that Help Them Feel Successful)• Belonging (To Feel Part of a Group Effort)• Self-Esteem (To Feel Good About Who They Are)• Involvement and Enjoyment (To Find Pleasure in What

They Do)• Relevance and Value (To See Why They Need to Know It)

James Raffini, Allyn and Bacon, 1996

Page 17: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Strategies• Learning Styles/ Teaching Styles• Portable Skills• Student-directed activities• Instructor-directed activities

Page 18: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Learning Styles

• Auditory• Visual• Kinesthetic• Interactive

Page 19: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Teaching Styles

• Formal Authority• Demonstrator• Facilitator• Delegator

Page 20: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Portable Skills

• Time Management Schedule• Daily Schedule• Study Cycle

Page 21: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Time Management

Schedule

Study Hours Needed for BSC2085 online In order to do well in this class, you will need to allow for 10-15 hours of study each week. These are estimated hours based on feedback from previous semesters. Some weeks and chapters may be more or less demanding than others. The number of study hours that I need weekly for study in BSC2085 online is ____________.

Time Monday Tuesday Wednesday Thursday Friday Saturday Sunday

MN–1 am 1 – 2 am 2 – 3 am 3 – 4 am 4 – 5 am 5 – 6 am 6 – 7 am 7 – 8 am 8 – 9 am 9 – 10 am 10-11 am 11 – Noon 12 – 1 pm 1 – 2 pm 2 – 3 pm 3 – 4 pm 4 – 5 pm 5 – 6 pm 6 – 7 pm 7 – 8 pm 8 – 9 pm 9 – 10 pm 10–11 pm 11 – MN

FIRST, place a large BSC2085 in the hours that you are in this class. For online students, you need to allot specific times that you will be available to review lectures, notes and assignments. Place the following Letters for all the hours that are occupied by these activities: You will be surprised at how busy you actually are!! W- Work SA- Social Activities T- Travel S- Sleeping E- Eating C- Taking another class R- Additional Responsibilities (family, appointments etc.) CS- Studying for another class Number all of the remaining empty boxes starting with number 1, 2, 3, etc. This is the number of hours you have available for participating in this course. What are the total number of hours available for studying for this course? ________ Is this a realistic schedule based on your other commitments? Does this number match or exceed the number of hours needed to complete this course as I have indicated at the top of this chart? Yes No (Circle One) If Yes, you have the time available to participate in this course. If No, you are strongly advised not to take this course at this time. It will be more difficult for you to successfully complete BSC 2085 online if you do not have sufficient time for preparation and study. Student Name (typed)____________________________________ Date_____________

Page 22: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

The Study CyclePhase One: Preview chapters to be covered in

class… before class (Create chapter maps)

Phase Two: Go to Class. Listen actively, take notes, participate in class

Phase Three: Review and process class notes as soon as possible after class

Phase Four: Incorporate Intense Study Sessions

Repeat

Page 23: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Intense Study Sessions 2 - 5 minutes: Set goals for next 40 min.

30 - 40 minutes: Accomplish the goals

Read text more selectively/highlightMake doodles/notes in marginsCreate mnemonics, work examplesCreate concept maps

10 minutes Review what you have just studied

10 minutes Take a break

Repeat

Page 24: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Student-Directed Activities

• Chapter Preview• Bold-print & Picture method of reading• Note-taking skills• Networking within the class• Big Idea Summaries

Page 25: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Metacognition

“Metacognition is an appreciation of what one already knows, together with a correct comprehension of the learning task and what knowledge and skills it requires, combined with the ability to make correct inferences about how to apply one’s strategic knowledge to a particular situation, and to do so efficiently and reliably.”Taylor, 1999

Page 26: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Instructor-Directed Activities

• Think/ Pair/ Share• One-minute papers• Learning Strategies Boot Camp• Group Exam• iClicker

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What techniques can you implement in your class when you arrive home?

A. One-minute PapersB. Think/ Pair/ ShareC. Time Management SchedulesD. Note-takingE. All of the Above

Page 28: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

100% Student Success

Page 29: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Questions?

What are you thinking about right now?

Page 30: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Contact Us

Rhonda [email protected]

Jodi [email protected]

Page 31: Fostering STEM  Retention  &  Completion Through Key Instructional Strategies

Sources• Willingham, DT. (2009). Why Don’t Students Like School? : A cognitive scientist

answers questions about how the mind works and what is means for the classroom. San Francisco: Jossey-Bass, a Wiley Imprint

• http://www.cas.lsu.edu