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Innovate Malaysia Design Competition 2016

MATHWORKS TRACK

07 Sept 2015

• Introduction

• Design Platform Prizes

• Awards

• Benefits of Joining the competition

• Timelines

• MathWorks Platforms Info

• Demo & Video Samples

Contents

Innovate MalaysiaNurturing innovationNurturing innovation

Final Year Project Design Competition 2016Final Year Project Design Competition 2016

Organized by:

Partner:Supported by:Brought to you by: Design Challenger:

Introduction

• A multi-discipline engineering system design competition

(in the form of final year project) made possible through

collaboration between Government and Industry

• Organizer: Agilent, Altera, CEDEC, MathWorks, Microsoft,

Intel, NI, Silterra, Vitrox, Motorola

• Secretariat: DreamCatcher

• Supported by: MDeC, Talent Corp, TechSource, IEM,

Terasic

• Participant: all undergraduates (engineering or computer

science) in Malaysia

Highligthed – MathWorks Platform Track

• Systems Design and Modeling using Matlab & Simulink

(MathWorks Products)

• Model Based Design with Matlab & Simulink enables

students to efficiently design and build a real-world

engineering creation.

• Using hardware support for project. (ARL)

Design Platform Prizes

Award

• Individual Tracks Prizes

• Innovate Malaysia Excellence Award

• IEM Best Paper Award

• Dreamcather Video Best Award

• Design Challenge Award

Benefits of Joining the Competition

• Access to hardware platform and software tools for your final year

projects.

• Receive free 5-day technology platform training and 2-day soft skill

training (technical presentation and technical writing).

• Direct dialog session with industry engineers.

• Chance to win attractive prizes.

• Equip yourselves with industry-relevant skill, prepare yourselves for

better job opportunities.

• Access to job vacancies from all the organizing companies, make you

more noticeable among hundreds of job applicants.

Timeline

12 Oct 2015 Deadline for submission of project proposal

27 Oct 2015 Shortlisted entries for participation

20 Nov - 20 Dec 2015 Platform training part 1 to all teams

Oct 2015 - May 2016 Project implementation

19 Feb - 14 Mar 2016 Platform training part 2 to all teams

25 Apr 2016 Project final paper

16 - 23 May 2016 Project judging

3 Jun 2016 Finalist announcement

26 Jul* 2016 Conference & Competition grand finale

University roadshows

Proposal submission

Proposal compilation

Proposal screening

Successful Entry’s announcement

Project implementation

Quick start training

Check point

Final paper submission

Paper compilation

Paper evaluation

Project judging

Finalist announcement

Symposium & Grand Finale

Organizers

Secretariat

Participants

Participants

Secretariat

Organizers

May - Sep

12 Oct

22 Feb – 14 Mar

25 Apr

13 Oct

15 - 26 Oct

Secretariat 27 Oct

Participants

Secretariat

Participants

Part 1:

20 Nov – 20 Dec

Part 2:

20 Feb – 13 Mar

Organizers

Secretariat

Participants

Nov’15 - May’16

Participants

Secretariat 26 Apr – 1 May

Organizers 3 - 15 May

16 - 23 May

Organizers

Secretariat

Participants

Secretariat 3 Jun

25 - 26 July

Organizers

Secretariat

Participants

Competition Timeline

MathWorks Platforms Info

• Systems Design and Modeling using Matlab & Simulink (MathWorks

Products)

• Model Based Design with Matlab & Simulink enables students to

efficiently design and build a real-world engineering creation

• Supported hardware (ARL) available for Matlab & Simulink.

• Design resource for the platforms :-

– http://www.mathworks.com/academia/student_center/tutorials/

– http://makerzone.mathworks.com/

– http://www.mathworks.com/matlabcentral/fileexchange/

– https://learn.adafruit.com/

– http://www.mathworks.com/embedded-systems/technicalliterature.html

– http://www.mathworks.com/academia/student-competitions/?s_tid=srchtitle

Model-Based Design for HMI Development

Student projects of sensing, computing, communication,

and control - in action NEW in R2015a

Robotic System Toolbox

Student projects of sensing, computing, communication,

and control - in action

Dynamic Solutions. Precise Results.