To stream or not to stream an academic

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To stream or not to stream: an academic development perspective Tracy S. Craig Tracy.

To stream or not to stream: an academic development perspective Tracy S. Craig Tracy. Craig@uct. ac. za Kalpana Nathoo Kalpana. Ramesh. Kanjee@uct. ac. za Academic Support Programme for Engineers in Cape Town (ASPECT) Mind the Gap October 2010

ASPECT – What is it? � The Academic Support Programme for Engineering in Cape

ASPECT – What is it? � The Academic Support Programme for Engineering in Cape Town � Reduced load, increased contact time � Time to slow down, address “gaps”, do “enrichment” � Small class sizes (up to 90 students) � The ideal space for a bridging course?

Why consider a bridging course? � Despite support, students still fail – preparedness, work

Why consider a bridging course? � Despite support, students still fail – preparedness, work load, money, housing, etc � Bridging course for at-risk students – 1 st semester – standard course to begin in July � Content: school revision, calculus, vector geometry, problem solving � Not run in 2010: weak indicators, small class, overlap with existing ASPECT maths

In order to stream… into a standard ASPECT or into the bridging course �

In order to stream… into a standard ASPECT or into the bridging course � How can we identify those students who would benefit from a bridging program? � Quantitative Research � › Better suited to our research question › as a quick positive result would mean possible implementation › Initial phase of research and exploratory in nature � Suite of diagnostic tools

Diagnostic tools – in brief � Before entry › › � University entrance points

Diagnostic tools – in brief � Before entry › › � University entrance points Grade 12 Maths result Grade 12 Maths Paper 3 National Benchmark Tests Orientation week › Algebra skills test › Approaches to Study Inventory � First 3 weeks › Geometry problem solving › Continuity tests: trigonometry and curve sketching › Class Test 1 (Diagnostic testing in mathematics: Cox, 2001; Lee et al, 2008; Gillard et al, 2010)

Results – very briefly! � � University entrance points – low correlation Grade 12

Results – very briefly! � � University entrance points – low correlation Grade 12 maths – low correlation Presence Paper 3 – low (no? ) correlation NBT (all three) – low correlation � � Algebra skills test – low correlation ASI – no correlation � Geometry problem-solving – low (no? ) corr. (Algebra: Paul, 2005; Manning & Dix, 2007; Geometry: Lesh & Zawojewski, 2007; Laborde et al, 2006; ASI: Entwistle et al, 2002; Entwistle and Ramsden, 1983)

University entrance points END 1017 F Matric points - final result 50 48 46

University entrance points END 1017 F Matric points - final result 50 48 46 Matric points 44 42 40 38 36 34 32 30 0 10 20 30 40 50 Final result 60 70 80 90

Algebra skills test END 1017 F Algebra Skills Test 100 90 80 Algebra result

Algebra skills test END 1017 F Algebra Skills Test 100 90 80 Algebra result 70 60 50 40 30 20 10 0 0 10 20 30 40 50 Final result 60 70 80 90

Geometry problem solving END 1017 F Areas and volumes 10 Problem solving test result

Geometry problem solving END 1017 F Areas and volumes 10 Problem solving test result 8 6 4 2 0 0 10 20 30 40 50 Final result 60 70 80 90

In-course assessment � Class Test 1 – new work on permutations, combinations, Binomial Theorem

In-course assessment � Class Test 1 – new work on permutations, combinations, Binomial Theorem – higher correlation � “Continuity” tests – trigonometry and basic curves – higher correlation

In course assessment END 1017 F Class Test 1 100 Result for Class Test

In course assessment END 1017 F Class Test 1 100 Result for Class Test 1 75 50 25 0 0 25 50 Final result 75 100

“Bridging” workshops & assessment Continuity Test - Trigonometry - Wk 3 75 50 25

“Bridging” workshops & assessment Continuity Test - Trigonometry - Wk 3 75 50 25 0 0 25 50 Final result 75 100 Continuity Test - Basic curves - Wk 3 Cont Test - Curves result Cont Test - Trig result 100 75 50 25 0 0 25 50 Final result 75 100

ASPECT - Mainstream � ASPECT › N = 35 to 54 › A variety

ASPECT - Mainstream � ASPECT › N = 35 to 54 › A variety of data › Poor correlations � Mainstream › N = 695, data on ~half the class › Very little variety of data › Stronger correlations

Mainstream entrance points �< 38 points , >75% chance of failing MAM 1017 F

Mainstream entrance points �< 38 points , >75% chance of failing MAM 1017 F Matric point - final exam MAM 1017 F success against Matric points 100 25 90 Number of students 80 70 60 50 40 30 20 15 # Pass 10 # Fail 5 0 0 20 25 30 35 40 45 50 242728303132333435363738394041424344454648 Matric point

Conclusions The purpose of ASPECT is to provide academic support to students who need

Conclusions The purpose of ASPECT is to provide academic support to students who need it, students who would stand a good chance of failing if they entered mainstream. The lack of correlation between all diagnostic measures and lack of success at maths suggests that this support is working. � A bridging course in ASPECT is not indicated � Possibly a bridging course in mainstream is indicated? (run by AD staff? ) �

What now? � Need more and better diagnostic tools, which then need to be

What now? � Need more and better diagnostic tools, which then need to be piloted � Further analyses of existing data � Debate bridging course versus greater support in mainstream course � Debate bridging course versus more students in ASPECT � Wider system debate: ASPECT model adopted by mainstream (5 years) with accelerated stream (4 years)