Master of Science in Manufacturing Engineering (Mixed-mode)

Background

The faculty is committed to produce excellent graduates that suitable for market needs, locally and globally. The undergraduate programme has been developed in response to the requirements of fast evolving industry in mechanical and manufacturing engineering. The programmes are designed with an emphasis on practical application that would enable students to apply new knowledge in the real-world. It concentrates on the mechanical and manufacturing engineering to provide the substantial knowledge and skills for future engineers in related areas and applications. The programme goes through a periodical review of every 2 years to ensure the continual suitability and relevance to the need of the market industry.

The programmes have been practiced with the Outcome Based Education (OBE) philosophy. This is to ensure the graduates are not only equipped with sufficient engineering knowledge, but also strengthening their individual soft-skills. The engineering programme is accredited by the Malaysian Engineering Accreditation Council (EAC), certified by the Board of Engineers, Malaysia.

In line with the University's mission to produce and train professionals and technologists with competitive and noble attitude, students will be guided by professional and dedicated lecturers. Programmes offered by FKMP will satisfy the core of mechanical and manufacturing engineering by focusing on specific areas such as mechanical, plant and automotive, manufacturing and industrial, material and design, and mechanical technology engineering as well as aeronautical engineering technology. To enhance students’ understanding and creativity, Faculty’s laboratories are equipped with the latest technology equipments and well trained technicians. Students will also undergo practical work in the field related to the needs of industry.

Poster

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Programme Information

Semester Intake:

The program is available for Semester 1 (September) intake and Semester 2 (February) intake

 

General requirement:

Bachelor Degree in Engineering or Science from recognised University with related experience in related field recognised by UTHM Senate, with CPA ≥ 2.75

 

English requirement:

Minimum score of TOEFL 500 or score of 5.0 IELTS or at least Band 3 MUET or equivalent

 

Duration

Method Minimum Duration Maximum Duration
Full Time 1 year 3 years
Part Time 2 years 5 years

 

Fees**:

Local Students: RM 4550 (Full time / 1 year)

International students: RM 9830 (Full time / 1 year)

** Fees may change without prior notice. Please contact us

Curriculum Summary

Structure and courses 

Year
 
1st Semester (14 weeks) Credits
Courses
1 Research Methodology & Research Proposal HW
Sustainable Manufacturing 3
Engineering Composite 3
Advanced Manufacturing Process 3
Production and Operation Analysis 3
Elective 1 3
Subtotal 15
2nd Semester (8 weeks) Credits
Courses
Dissertation I 3
Elective II 3
Subtotal 6
3rd Semester (14 weeks) Credits
Courses 
Dissertation II 19
Subtotal 19
TOTAL CREDIT 40

 

List of Electives :

  1. Modeling and Simulation
  2. Human Factor Engineering
  3. Industrial Automation
  4. Industrial Robotics
  5. Intelligent Design and Manufacturing
  6. Product Design and Development
  7. Rapid Prototyping  and Additive Manufacturing
  8. Quality Management  System
  9. Machining and Machine Tools
  10. Advanced Metal Casting Process

 

Educational outcomes:

  1. Contribution to the development of knowledge through research, consultation, writing and and publication [Knowledge & Practical Skills].
  2. Successfully accomplish development project especially in manufacturing engineering applications, and related ­elds [Soft Skills]
  3. Ability to the transfer knowledge and technology to community at large, efectively and ethically [Soft Skills]

 

Learning outcomes:

  1. Explain theories, concept and principles of advanced manufacturing engineering by producing research documents (Knowledge) 
  2. Integrated techniques, skills and appropriate approach for new research and applications in manufacturing engineering ­eld (Technical). 
  3. Clearly delivery summary, knowledge and rationale to expert and non-expert, alike (Communication). 
  4. Identify problems, improve and generate solutions in the ­field of manufacturing engineering and its related field (Problem Solving & Critical Thinking). 
  5. Work in team to efficiently resolve manufacturing engineering issues (Teamwork). 
  6. Acquire self-learning skills encompassing the capacity to undergo life-long learning (Life Long Learning). 
  7. Responsibly performed evaluation and make decision based on current information and professional ethics (Moral & Professional Ethics)
  8. Organize and effectively lead a team to accomplish certain task (Leadership).

Ilmu itu dimiliki oleh lidah yang banyak bertanya, dan akal yang gemar berfikir

Abd Allah ibn Abbas
FKMP 2019©