Engineering Technology (Manufacturing)

What will you learn?

The Master of Engineering Technology (Manufacturing) aims to provide graduates with the advanced knowledge and ability to carry out research and development in fields related to manufacturing engineering technology. For example, green technology, thermofluids, mechanical and manufacturing, automotive, fabrication and joining, and marine technology are specialization related to chemical engineering. Entrepreneurship elements are also embodied to this programme.

Programme Objectives

This is one of the few programmes worldwide that addresses the need for Master level professionals with a comprehensive and well-grounded knowledge in the field of Engineering Technology with manufacturing.

Graduates of this study programme are able to plan chemical plants as well as to assess existing ones. They are competent con-tact persons for all aspects of chemicals and provide the necessary expertise for inspection or maintenance work, development and application tasks as well as to specify their necessity.
As such, the programme is also attractive to professionals from both the government sector and the hydropower industry, particularly from developing and transitional countries.

PEO 1 : Knowledge impartation

Provide students with advanced knowledge in engineering analysis, design, research and able to contribute effectively within their working environment.

PEO 2 : Technology Research and Development

Develop the skills pertinent to the research process, including students’ ability to synthesize and integrate information, work collaboratively, communicate effectively and to publish the results of their research.

PEO 3 : Self-Promotion

Provide students with the ability for lifelong learning and possess the ability to communicate effectively for scholarly contributions in enhancing technical knowledge.

PEO 4 : Creative and Innovative

Encourage creativity and innovative thinking in designs and products to meet specified needs in mechanical engineering technology within the constraints of economy, environmental, social, health and safety, manufacturability and sustainability.

PEO 5 : Leadership

Develop the ability to accomplish professional ethics and responsibilities, able to communicate and function effectively on multi-disciplinary teams involving people from diverse backgrounds and affiliations, local and global alike.

PEO 6 : Global and Professional Service

Strengthen the ability to work independently to solve open-ended problems in mechanical engineering technology, absorb domestic and international knowledge in order to develop new products that will promote sustainable economic development to meet the global demands and dynamics.