Postgraduate Programs

INTRODUCTION

postgrad
 
Postgraduate program aims to produce graduates who are competent, mature and exposed with knowledge and technical skills based on the latest technology to meet the demand of current market. This program is for students who are interested in the technology application of engineering technology. High degree requirements include core engineering research such as mechanical, chemical (biotechnology), electrical, civil as well as research with any relevant engineering technology emphasized such as product design, testing, product development, systems development, field engineering, technical operations, and quality control. Learning system of this program emphasizes on the research component and delivery of research studies to ensure the graduates produced are knowledgeable in theory and highly skilled in the engineering technology applications.

 

PROGRAMS OFFERED

  • Doctor of Philosophy in Engineering Technology
  • Master of Engineering Technology

 

METHOD OF DELIVERY

  • Project development and literature review
  • Attending conference, colloquium, and Research Methodology class
  • Laboratory and simulation work
  • Technical training, practical skill workshop and site work
  • Industrial talk, lecture series and visit
  • Industrial collaboration
  • Progress report and thesis submission

 

PROGRAM EDUCATIONAL OBJECTIVE (PEO)

Doctor of Philosophy in Engineering Technology and Master of Engineering Technology

PEO

CONTENT

PEO 1

Apply advanced knowledge and thinking skills to solve problems related to Engineering Technology

PEO 2

Exhibit excellent leadership through effective communication and continuous self-development practices

PEO 3

Perform in a professional and ethical responsibility to meet customer needs, organizational, social and country

 

PROGRAM LEARNING OUTCOME (PLO)

Doctor of Philosophy in Engineering Technology

PLO

CONTENT

PLO 1

Evaluate and demonstrate mastery of knowledge, specialization, interpreting, criticizing and integration of engineering technology theories, concepts and fundamentals towards the improvement and solutions of engineering technology problems. (Knowledge)

PLO 2

Establish and apply practical skills using the principles of engineering technology that lead to innovative ideas. (Practical Skill)

PLO 3

Evaluate, improve ideas and provide expert advice towards sustainable solutions of societal issues using knowledge and specialization in the field of engineering technology. (Societal and Responsibilities Skill)

PLO 4

Apply ethical principles with commitment and responsibilities to conduct research independently and adhere to legal, ethical and professional codes of practice. (Professional Ethics and Moral)

PLO 5

Display high qualities of leadership through effective communication and collaboration in multi-disciplinary settings among peers, researchers and stakeholders in conducting engineering technology and community activities. (Leadership Skill)

PLO 6

Appraise problems critically in engineering technology and community through investigation and research using knowledge and scientific skills. (Problem Solving and Critical Thinking Skill)

PLO 7

Integrate information effectively through self-study, continuity and comprehensive for lifelong learning. (Information Management and Lifelong Learning Skill)

 

Master of Engineering Technology

PLO

CONTENT

PLO 1

Compose and demonstrate mastery of knowledge, specialization, understanding and integration of engineering technology theories, concepts and fundamentals to the solution of engineering technology problems. (Knowledge)

PLO 2

Enhance and apply practical skills using the principles of engineering technology. (Practical Skill)

PLO 3

Assess, integrate and contribute ideas towards solutions of societal issues using knowledge and specialization in the field of engineering technology. (Societal and Responsibilities Skill)

PLO 4

Apply ethical principles with commitment and responsibilities to conduct research with minimal supervision and adhere to legal, ethical and professional codes of practice. (Professional Ethic and Moral)

PLO 5

Demonstrate high qualities of leadership through effective communication and collaboration in multi-disciplinary settings among peers, researchers and stakeholders in conducting engineering technology and community activities. (Leadership Skill)

PLO 6

Generate solutions to engineering technology and community problems through investigation and research using knowledge, scientific and critical thinking skills. (Problem Solving and Critical Thinking Skills)

PLO 7

Manage information effectively through self-study, continuity and comprehensive for lifelong learning. (Information Management and Lifelong Learning Skill)

 

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