27
USING A MOOC TO FLIP MY FRESHMAN BIOLOGY COURSE BRIAN WHITE UMB PROVOST FELLOW FOR EDUCATION AND TECHNOLOGY

USING A MOOC TO FLIP MY FRESHMAN BIOLOGY COURSE BRIAN WHITE UMB PROVOST FELLOW FOR EDUCATION AND TECHNOLOGY

Embed Size (px)

Citation preview

USING A MOOC TO FLIP MY FRESHMAN BIOLOGY COURSE

BRIAN WHITE

UMB PROVOST FELLOW

FOR EDUCATION AND TECHNOLOGY

PLAN

• Issues

• Transforming the course• Key Features• Dissemination

• Discussion Questions for each

• What more do you need to know?• What questions/issues does this raise?• What should we do next?

GENERAL BIOLOGY I AT UMASS BOSTON

• First semester majors’ course

• Less coverage; more depth

• Application and problem solving

• 334 students

• 68% Female• 64% Non-White• Average age 20.0

FLIPPED CLASS GOAL

Students should come to class prepared.

FLIPPED CLASS GOALS

Use the students’ and teacher’s time most effectively:

At home (flexible time; no instructor)

• Read• Watch Video• Warm-up problems

In class (fixed time; instructor)

• Discuss• Apply• Ask questions• Fill in gaps

Active Learning

MOOC VS SPOC

Massively Open On-line Course

• ~ weekly units• Lectures with graded “Test Yourself Questions”• Graded Problem Sets and Exams

Small Personalized On-line Course

• ~ daily units• Lectures with ungraded “Test Yourself Questions”• Ungraded Warm-up Problems

SPOC MATERIALS FOR ONE SESSION

Which of the following best describes your experience with “clickers”?

A. I have not heard of “clickers” until today

B. I have heard of “clickers” but never used them

C. I have used “clickers” as a student

D. I have used “clickers” as a teacher

ACTIVE LEARNING INTR0.

How would the following HTML appear on a web page?

Hello<u> world</u>!

A. Hello World!

B. Hello World!

C. Hello World!

D. Hello World!E. I don’t know how this would appear on a web page.

EVIDENCE FOR EFFECTIVENESS OF AL

“Active learning increases student performance in science, engineering, and mathematics”

Meta-analysis of 225 studies of AL:

• Increases exam scores

• Decreases failure rates

Freeman et al. PNAS 111(23):8410 (2014)

What is the minimum amount of lecture possible in an active learning class?

A. 0% (no lecturing at all)

B. 10%

C. 25%

D. 50%

E. 75%

STUDENT FEEDBACK: SPOC?

Defini

tely

Conve

ntion

al

Proba

bly C

onve

ntion

al

Doesn

't M

atte

r

Proba

bly S

POC

Defini

tely

SPOC

0

40

80

120

160

What should I use in Bio 111 next year?

STUDENT FEEDBACK: SPOC?

Advantages of SPOC-based Class (289/334 students):

• “Can stop and rewind lectures” (46%)

• “Can watch at my own pace/time” (33%)

• “Practice questions help me understand” (25%)

• “Rapid feedback on problems is helpful” (18%)

• “Can go back and review material” (16%)

• “I come to class prepared” (13%)

• “Class time is used for application, etc” (12%)

Kiley Brown & Drew Caruso

DISCUSSION: TRANSFORMING THE CLASS

• What more do you need to know?

• What questions/issues does this raise?

• What should we do next?

• Other questions/thoughts/ideas?

II: KEY FEATURES

1. Tight integration of video, questions, class activities, expectations

2. Judicious use of low-stakes “ungraded” questions

“UNGRADED” PROBLEMS

Must get correct but:

• After first try, they can click “Show answer”

Goals:

• Low stakes => more exploration• They might not “get it” from on-line materials• Wrong answer = learning opportunity (≠ failure)

Risks:

• Slacking• Potential course collapse…

Consider this student’s log entries for one problem:

01:24:08 – loaded problem 4_2

01:24:11 – submitted incorrect answer to 4_2

01:24:12 – clicked 4_2’s “Show Answer”

01:24:26 – submitted correct answer to 4_2

How would you categorize this sequence?

A. Never tried problem 4_2 (N)

B. Tried 4_2 but never got it correct (I)

C. Got 4_2 correct before looking at answer (C)

D. Got 4_2 correct after looking at answer (P)

E. Never got 4_2 correct even after looking at answer (W)

Nicole Floro

Nicole Floro

“WAIT ‘TILL NEXT YEAR”

• Show students the data

• Tighter integration

• Different types of before class problems

• Core – simple but cannot peek (2 tries)• Challenge – harder and can peek (infinite tries)

DISCUSSION:KEY POINTS

• What more do you need to know?

• What questions/issues does this raise?

• What should we do next?

• Other questions/thoughts/ideas?

DISCUSSION: DISSEMINATION• Adoption

• Who should do this? • In which courses?

• Implementation

• What tools would they need?• How would they find them?

What more do you need to know?

What questions/issues does this raise?

What should we do next?

Other questions/thoughts/ideas?

QUESTIONS?

[email protected]

Course home page: http://intro.bio.umb.edu