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Reflections  on Team -based Teaching Reflections  on Team -based Teaching

Reflections on Team -based Teaching - PowerPoint Presentation

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Reflections on Team -based Teaching - PPT Presentation

of Discrete Mathematics Albert R Meyer Professor of Computer Science Massachusets Institute of Technology Oct 27 2016 MCSreflections 1 Math for Computer Science MIT 6042J18062J ID: 812857

2016mcs oct mcs 2016 oct 2016mcs 2016 mcs learning reflections math class lecture team mit active computer amp science

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Slide1

Reflections

onTeam-based Teaching ofDiscrete MathematicsAlbert R MeyerProfessor of Computer ScienceMassachusets Institute of Technology

Oct. 27, 2016

MCS-reflections

1

Slide2

Math for Computer Science

MIT 6.042J/18.062J

Complete materials onMIT Open Course Ware:Oct. 27, 2016MCS-reflections2http://ocw2.mit.edu/courses/electrical-engineering-and-computer-science

/6-042j-mathematics-for-computer-science

-spring-2015/

Slide3

Math for Computer Science

MIT 6.042J/18.062J

Created early 1990’s by Leighton & LeisersonEnrollment is 405, 75% SophomoresTaught by regularly by ARM since 2001Evolved from standard lecture/recitation into: Oct. 27, 2016

MCS-reflections

3

Slide4

Before class:lecture videosonline questionsreading

“Flipped” ClassroomOct. 27, 2016

MCS-reflections4

Slide5

“Flipped” ClassroomBefore class:lecture videos

Oct. 27, 2016

MCS-reflections5

Slide6

Before class:online questions

“Flipped” ClassroomOct. 27, 2016

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Slide7

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Before class:reading

“Flipped” ClassroomOct. 27, 2016

MCS-reflections12

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Organization80 min classes, 3/weekFinal exam

4 midtermsOct. 27, 2016

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In class:Teams of 6-8 students with LA/TA “coach”Graded for participation

Team Problem SolvingOct. 27, 2016

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Slide18

In class:Heterogeneous teams: men/women, Year 1 & G, A’s &

C’s, Arabs/Jews,…Team solution on whiteboard

Team Problem SolvingOct. 27, 2016MCS-reflections18

Slide19

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Management IssuesOct. 27, 2016MCS-reflections

21

Train student staff of 50 Team CoachesProblem Sets??GradingCheating

Slide22

After ClassOct. 27, 2016

MCS-reflections22

Office hoursProblem Sets?Grading?Cheating??

Slide23

Management IssuesOct. 27, 2016MCS-reflections

23

No lectures, but instructoris busy:Train student staff of 50 Team CoachesCompose 4 midterms & a final examUpdate videos, online system

Slide24

Active Learning BackgroundEric Mazur,

Harvard 2001:Make lectures active

Lecture clickersPeer conversationOct. 27, 2016MCS-reflections24

Slide25

Active Learning BackgroundMIT Physics: TEAL

2005 by John Belcher with

Judy DoriProven learning gainsInitially very unpopularStudent satisfaction now OKOct. 27, 2016MCS-reflections25

Slide26

Take team-based again?Required attendance

--preparedLearning is hard!

neverneutral

love to

Oct. 27, 2016

MCS-reflections

26

Math for CS

Student Opinions

Slide27

Active Learning at MITMath for CS more radical: no live lecturesLarge MIT “Digital Learning” effort

Mostly MOOCs growing residential focusOnly a handful of large subjects flippedMost MIT STEM still lecture/recitation

Oct. 27, 2016MCS-reflections27

Slide28

Active Learning at MIT NowLarge “Digital Learning” effort

Mostly MOOCsGrowing residential focusMost STEM still live lecture

Oct. 27, 2016MCS-reflections28

Slide29

6.042 OutcomesUnderstand Math TopicsMath abstraction/modeling literacyElementary proofs

Communication (written, oral)TeamworkOct. 27, 2016

MCS-reflections29

Slide30

LEARNING?No less

(maybe more?

)More efficient?Oct. 27, 2016MCS-reflections30

Slide31

Math for CSEducational Assessment

Oct. 27, 2016MCS-reflections

31Ongoing research with Dori who learns? who loves?, who hates? perceived vs measured? efficient learning?

Slide32

Math for CS Learning?Oct. 27, 2016

MCS-reflections32

Same exam performanceActually learn more?More efficient?Who loves? Who hates?