Total Fees

RM219,980

  • Level

    Undergraduate

  • Duration

    4 year(s)

  • Study Mode

    Full Time

  • Major

    Engineering

  • Campus

    Subang Jaya, Selangor

  • Certification

    Monash UniversityMonash University Clayton Campus, Melbourne, Australia.

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Description

Materials engineers make a unique contribution – not just by making new materials, but also by improving what we already have. They make things stronger, lighter and more functional, yet sustainable and cost-effective.; Their contributions underpin all aspects of engineering, manufacturing and health sciences, whether it’s creating a lighter and stronger jet engine, a biodegradable tissue scaffold to grow organs from stem cells or new types of solar cells and batteries.

Intake Month(s)

February, July, October

Application Fee RM 300.00
Tuition Fee RM 218,880.00
Facilities Fees (Total) RM 800.00
Grand Total RM 219,980.00

Course Structure

  • Atomic-scale structure of materials
  • Phase equilibria and phase transformations
  • Mechanical properties of materials
  • Materials in a complex world 1
  • People
  • project and data
  • Plastics and the planet: Health
  • impact and sustainability
  • Advanced engineering mathematics
  • Two elective units
  • Materials life cycle
  • Plasticity of metals and alloys
  • Electronic and photonic materials
  • Magnetic and spintronic materials
  • Introduction to ceramics:Properties
  • processing and applications
  • Materials in a complex world 2: Characterisation
  • identification and selection
  • Two elective unit
  • Final year project A
  • Final year project B
  • Professional practice
  • Advanced materials processing and manufacturing
  • Integrated design project
  • Three elective units

  • Biomaterials 1
  • Special Studies in engineering 1
  • Engineering technology for biomedical imaging and sensing
  • Implantable devices
  • Nuclear energy: Science
  • technology and society
  • Modelling of materials
  • Advanced ceramics and application
  • Materials and sustainability
  • Engineering alloy design
  • processing and selection
  • Corrosion mechanisms and protection methods
  • Biomaterials 2
  • Engineering with nanomaterials
  • Eelctron microscopy
  • Applied crystallography in advanced materials characterisation
  • Applied polymeric materials
  • Advanced photovoltaics and energy storage
  • Biomaterials and biomechanics
  • Additive manufacturing of metallic materials
  • Addive manufacturing of polymeric and functional materials

Entry Requirement

  • Minimum grade B (CGPA 3.03)

  • Minimum of CCDD in any subject

  • Minimum 5 credits (5B3s)

  • Minimum CGPA of 3.00

  • Successful completion of Foundation in Science and Technology, Sunway College: CGPA 3.1

  • Minimum ATAR 85

  • Minimum 30 points and above in 6 subjects

  • Overall 76.25%

What We Do

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