Integrated design project (IDP) provide students with in-depth knowledge and skills on project management and significant experience in developing, designing, prototyping, proving and verifying their design. Each integrated design project is executed by a group of three or more students. A faculty advisor will be assigned to each design project to supervise and guide the project throughout its duration. The lecture component provides students with specific knowledge and skills on design and project management whereas the laboratory component allows students to design, prove and verify the prototypes of their design. In this course, students will carry out the detailed engineering design and implementation of the prototype.

Coordinators

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Sample Projects

sparta 1

Hovercraft

scooter 2

IDP Projects for Semester 1, 2013/2014

Design an Anti-Vibration Camera Movement for Quadrotor
Power Generation using Wind Turbine
Carbon Fibre Car Body Embedded with Polymer and Lithium Foil
Wall Painting Robot (iPaint)
Design and Analysis of Quarter Car Test Rig
The Study of Brake Disc Rotor for a Car
Design and Development of a Hovercraft
Design of Impact Support Fixture Based on D7136/7136M-07
Design of Electrical System Powered By Solar Energy
Thermal Stirling Engine Generator
Selection and Sizing of UAV Engines
Gimbal Mounting for UAV Payload
Design of a Quadrotor UAV
Cubesat Satellite Design
Mechanical Robotic Arm Concept for Baking Naan
Rocket Car
Automatic Vehicle Fire Suppression System
Biomethane Gas Compressor Design for Household Application
Modelling and Design of a Flapping Wing Using Smart Materials
Modification of Perodua Kancil Car on Material, Aerodynamics and Performance
Development of a Photovoltaic Septem for a Remote Hospital
Microchannel Heat Sink
Experimentation with Fuel Cell Vehicle Model
Electric Motorcycle
Windtunnel Study of Gliding Flight in the Columbia Living Wing
Design of Hot Press Machine for Composite

IDP Projects for Semester 2, 2013/2014

Harvesting Energy Through Rotational Motion
Development Of Tilt Rotor Uav
Regenerative Shock Absorber
Development Of Hovercraft
Design And Development Of Pulley Hanging Table
Wind Turbine
Improvement Of Iium Buggy Car
Structure And Design Of Quadrotor Uav
Modeling And Control Of A Quadrotor Uav
Energy Harvesting From Rainfall By Using Piezoelectric
Position & Velocity Control Of Dc Motor Using Ardhino
Analyse The Snap Fit With Different Designs And Materials
Electric Bicycle
Lpg Cylinder Tank
Solar Water Heating System
Suitcase Lifting Devices For The Elderly

IDP Projects for Semester 2, 2014/2015

NGV Safety Tank for Motorcycle
Self-Cleansing Urban Drainage System
Power Generating Steps
Solar Powered Tent
Unmanned Surveilance Hovercraft
Durian Peeling Machine
Automatic Fire Supression System
Piezoelectric Power Supply
Smart Wheelchair
Water Wheel
Multifunction Motorised Scooter
Automated Baby Crib
Mini – Sparta Umbrella
Coconut Juice Extractor

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