engineering education for future engineers

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Riza Atiq Rahmat Universiti Kebangsaan Malaysia (The National University of Malaysia) Engineering Education for the Future Engineers

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Page 1: Engineering Education for Future Engineers

Riza Atiq RahmatUniversiti Kebangsaan Malaysia(The National University of Malaysia)

Engineering Education for the Future Engineers

Page 2: Engineering Education for Future Engineers

Introduction The world is flat

• A small Malaysia company can compete with a giant American company through collaboration and leveraging.

• A small company in Indonesia can compete with a giant company in Malaysia

Berlin Wall had crumbled … walls at national borders are crumbling too.

• Relocation of manufacturing activities to China and Viet Nam • Malaysian Companies outsource their manufacturing to other

countries• Investment can go anywhere with one touch screen or a mouse

click

Page 3: Engineering Education for Future Engineers

Changes Surrounding Universities in Malaysia

• The economic and job market are constantly changing at a very fast rate

• Manufacturing and other economic activities are rapidly shifting to China and India

• Internet facilities are changing students’ learning habit• The students are digital native• Universities are expected to commercialise its research

products• Changing of Malaysian economic base from agriculture

>> manufacturing, to high–tech >> knowledge-based >> entrepreneur-Innovation based in a very short time

Page 4: Engineering Education for Future Engineers

Digital Native

Page 5: Engineering Education for Future Engineers

Globalization Impact

• Multinational companies free to relocate their activities to a more profitable country.

• Large fund can be brought in and out with a mouse click or a touch screen.

• Local companies outsource their activities to companies anywhere on earth.

• Foreign companies free to market their products in Malaysia

• Local companies free to export their product to international market

Page 6: Engineering Education for Future Engineers

Grose per Capita Income (thosands US$)

Page 7: Engineering Education for Future Engineers

•Market Led

•Well-Governed

•Regionally integrated

•Entrepreneurial

•Innovative

New Economic Model: Goal & Characteristic

High Income. Per Capita Income USD

15,000 – 20,000

InclusivenessEnables all

communities to fully benefit from the

wealth of the country

SustainabilityMeets present needs without compromising

future generation

Rakyat quality of life

Characteristic s of Malaysia in 2020

Characteristic s of Malaysia in 2020

Page 8: Engineering Education for Future Engineers

Graduate attributes Program Outcomes

• Complex problem solver• Knowledge producing graduate• Share, remix and capitalise on new ideas• Embrace change rather than fighting change• Innovative-Entrepreneurial• Global• Leverage and collaboration• Strong ethic

Page 9: Engineering Education for Future Engineers

IHL Vision

IHL Mission

Program Objective

Program Outcomes

Stake Holders

Educational Block 1 Educational Block 2 ‘n’ Co-curiculum

Course 1

Course 2

Course 3

Course ‘n’

Course n1

Course n2

Course n3

Course ‘nn’

Co-Curiculum 1

Co-Curiculum 2

Co-Curikulum 3

Co-curikulum ‘n’

Total Student Learning Experience

IHL Educational Objective

Constructive alignment

Page 10: Engineering Education for Future Engineers

DeliveryOutcomes• Complex problem solver• Knowledge producing graduate• Share, remix and capitalise on

new ideas• Embrace change rather than

fighting change• Innovative-Entrepreneurial• Global• Leverage and collaboration• Strong ethic

Delivery• Complicated project• Research Project• Multi-disciplinary Problem

Based Learning• Case Study• Project based with global

collaboration • Strong liberal education

Page 11: Engineering Education for Future Engineers

Liberal Education(University and some of faculty courses)

• For character building• written and oral communication• Inquiry• critical and creative thinking• quantitative literacy• information literacy• Teamwork• integration of learning• Narative skill

We need innovative pedagogical skills to deliver the courses

Page 12: Engineering Education for Future Engineers

Assessment

Lecturer Perpective Objective

Intended Learning Outcomes

Teaching Activities Evaluation

Student Perspective Evaluation

Learning Activities

Intended Learning Outcomes

(Biggs 2010)

We need a good and comprehensive assessment plan to ensure all learning outcomes are achieved

by all students

Page 13: Engineering Education for Future Engineers

Outcomes Delivery AssessmentComplex problem solver Complicated project Project Report, portfolio

Knowledge producing graduate

Research Project Project report, portfolio, presentation

Share, remix and capitalise on new ideas

Multi-disciplinary Problem Based Learning

Embrace change rather than fighting change

Case study

Innovative-Entrepreneurial Case study, simulation, serious game

Global Multi national project based learning

Leverage and collaboration PBL, case study

Strong ethic PBL, simulation, serious game through liberal studies

Au

then

tic

asse

ssm

ent

Page 14: Engineering Education for Future Engineers

Changing Curriculum

Now Gradually change to…..

Limited student centred

Prescription/rigid outcomes based

Limited stake holders involvement

Individual Teaching

Timetabled

Course based

Tested (eg. Examination)

Top down

Expertise led

Local

Student centred

Beyond Learning Outcome (unexpected)

Active stake holders involvement

Collaborative teaching

Immersive collaborative environment

Project based

Exhibit (more authentic)

Bottom up (student initiative)

Experience led

Global

Page 15: Engineering Education for Future Engineers

Requirement

• Lecturer quality and professional certificate• Digital learning environment• Student Total Learning Experience

environment

Page 16: Engineering Education for Future Engineers

Paradigm shift: •From teacher centered to student centered, •From teaching to facilitating, •From lecturer to learning experience designer

Page 17: Engineering Education for Future Engineers

Student Total Learning Experience

Time

Residential space

Faculty space

Industrial space

Community space

Co-curriculum

space

Innovative entrepreneurship

space

Cultural space

Library space

Internationalisation space

Knowledge, skills and attitude

Page 18: Engineering Education for Future Engineers

The whole campus becomes learning space – broad band WIFI

Page 19: Engineering Education for Future Engineers

Collaborative learningProject basedEagerness to learn from each other

Page 20: Engineering Education for Future Engineers

More project based learning,More presentation

Page 21: Engineering Education for Future Engineers

Project basedCompetition basedSerious Game

Page 22: Engineering Education for Future Engineers

Classroom without wall(three walls principle)

Page 23: Engineering Education for Future Engineers

TECHNOLOGY ENHANCED LEARNING

• Game and simulation (provide meaningful learning as it provides many dimensions of the real world)

• Mobile learning (learning anywhere, any time, any place)

• Flip class (on-line lecture at home and problem solving in the classroom)

Page 24: Engineering Education for Future Engineers

Entrepreneurship CourseSimulation and CompetitionBased learning

(First Year)

Page 25: Engineering Education for Future Engineers

Second year

Page 26: Engineering Education for Future Engineers

Pitching and selling their own product(Final year)

Page 27: Engineering Education for Future Engineers

LIFE LONG LEARNING(from cradle to grave)

• Today, frontier knowledge may become obsolete within 5 years due to intensification of research and wide spread sharing of knowledge trough the internet.

• Short courses with credits which can be accumulated to earn post graduate degree.

Page 28: Engineering Education for Future Engineers

Living laboratories

A traditional laboratory usually is isolated from society and industrial community. Often, researchers are immersed in their research without contact with the real world. As a result, most research products do not immediately benefit the society

Page 29: Engineering Education for Future Engineers

Living laboratories

Page 30: Engineering Education for Future Engineers

Langkawi Geopark

Page 31: Engineering Education for Future Engineers
Page 32: Engineering Education for Future Engineers

Bangi Urban Transport Management System

Page 33: Engineering Education for Future Engineers

Bangi Traransport Management Centre

Page 34: Engineering Education for Future Engineers

Conclusion

Now Gradually change to…..

Limited student centred

Prescription/rigid outcomes based

Limited stake holders involvement

Individual teaching

Course based

Timetabled

Tested (eg. Examination)

Top down

Expertise led

Local

Student centred

Beyond Learning Outcome (unexpected)

Active stake holders involvement

Collaborative teaching

Project based

Immersive collaborative environment

Exhibit (more authentic)

Bottom up (student initiative)

Experience led

Global

Page 35: Engineering Education for Future Engineers

TerimakasihTerimakasihThank youThank you