Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education...

9
Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010

Transcript of Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education...

Page 1: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Flexible pacing: Aiding students to adapt to the complexities

of multidisciplinary Higher Education

Karin Wolff October 2010

Page 2: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Overview

• Mechatronics Program – Complexity & Diversity

• The Day per Subject system - evaluation

• Framing of pace & control: Analysis

• Key findings: Conceptual vs Contextual pacing

Page 3: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Context Complexity

Curriculum Design

Multidisciplinary

Knowledge

StudentDiversity

Resources & Time

Page 4: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

The Day per Subject System8-hour day

Lecturer Contact Hours

• Dedicated, equipped venue• Lecturer’s prerogative to apportion time

according to subject/student needs

Page 5: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Student Survey

15.4

15.4

9.260

% Subject types requested more than once a week

Maths Physics Applied No requests

Page 6: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Question

Given the flexibility to design their curricula and pedagogies based on the complex needs of a multidisciplinary knowledge region and those of a diverse student body, how do lecturers interpret these needs and what measures are implemented to facilitate them?

Focus: How do lecturers frame their pedagogic practice with respect to Pace & Control?

Page 7: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Framing AnalysisSubject-type Theoretical Mixed Applied

Subject name Mathematics Strength of Materials

Computer Aided Manufacturing

Knowledge Structure/ Classification

↑↔ C++ ↑ C+ ↔ C--

Curriculum approach

Conceptual Mixed Contextual

FRAMING

Lecturer/ Student perception

L S L S L S

CONTROL F-- F --/0 F+ F+ F+ F+

PACE F+ F --/0 F- F- F- F-

Page 8: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Student perception of Structure

Input

•Theoretical input, eg. lecture

•Support material availability (texts/ handouts)

Analysis

•Lecturer/student interaction in analysis of typical examples

•Analysis exercises with lecturer present

Application

•Equipment/Opportunity for application of theory, eg. lab practicals/ tutorials

•Support staff availability, eg. lab assistants, tutors

•Follow-up practices, eg. assessment/feedback

Extension

•Opportunity to extend knowledge to independent/group projects

•Availability of support staff/peers

Page 9: Flexible pacing: Aiding students to adapt to the complexities of multidisciplinary Higher Education Karin Wolff October 2010.

Flexible pacing

Benefits

• PJBL induction

• Independence

• Cooperative Learning

• Peer mentorship

• Learning Styles accommodation

Challenges

• Perception of Structure seems limited to stages in learning continuum

• Hierarchical knowledge structures not explicitly perceived

• Multidisciplinarity requires pedagogies designed to cope with complexity