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Programme Educational Objectives

Bachelor of Engineering (Aerospace Engineering)

The B.Eng. (Aero) programme is designed to produce Aerospace Engineering graduates for the knowledge-based economy. The Programme Educational Objectives (PEO) of the Aerospace Engineering Programme are as follows:
 
(1)Produce graduates with sound and comprehensive foundation in aerospace engineering.
(2)Develop communication skills and independent, creative and critical thinking through group design projects and “technopreneurship” activities.
(3)Ensure industrial and technical relevance of the programme through regular exposure to aerospace industry and seeking their feedback. Ensure industrial and technical relevance of the programme through regular exposure to aerospace industry and seeking their feedback.
(4)Provide students with opportunities to read courses in business and management to prepare them to take on leadership and managerial roles.
(5)Instil in students the importance of professional ethics, societal and moral responsibilities, and engaging in life-long learning.
 
Bachelor of Engineering (Mechanical Engineering)
 
The Bachelor of Engineering (Mechanical Engineering) programme is designed to produce Mechanical Engineering graduates for the knowledge-based economy. The five Educational Objectives of the Mechanical Engineering Programme are as follows:
(1)Produce graduates with the fundamental knowledge and skills for the practice of mechanical engineering in a broad range of industries.
(2)Provide students with a broad and flexible curriculum with specialised electives that tailor to students’ career goals and to inspire them to pursue specialized and graduate studies.
(3)Develop students’ communication, practical and innovative skills through group design, project work, and “technopreneurship” activities.
(4)Provide students with opportunities to read courses in business and management so that they will be equipped to take on leadership and managerial roles.
(5)Instil the importance of professional ethics, societal and moral responsibility, and the need to engage in life-long learning.
 
Bachelor of Engineering (Mechanical Engineering) with specialisation in Design
 
The Bachelor of Engineering (Mechanical Engineering) with specialisation in Design degree programme is comparable to the Bachelor of Engineering (Mechanical Engineering) degree programme, but with a greater emphasis on product and engineering design.  This programme aims to train a select group of students to be mechanical engineers competent in the field of design.
 
This programme has seven educational objectives with the first five identical to the Bachelor of Engineering (Mechanical Engineering) degree programme. The two additional educational objectives are as follows:
 
(1)Develop skills and knowledge in design specifically in the areas of product design, computer-aided design, concurrent design and engineering, design for quality and reliability, human factors in design and management of product development.
(2)Provide additional training in problem solving and lateral thinking techniques required for innovation and creativity.
 
 
Bachelor of Engineering (Mechanical Engineering) with specialisation in Robotics and Mechatronics
 
The Bachelor of Engineering (Mechanical Engineering) with specialisation in Robotics and Mechatronics degree programme is comparable to the Bachelor of Engineering (Mechanical Engineering) degree programme, but with a greater emphasis on Robotics and Mechatronics.  This programme aims to train a select group of students to be mechanical engineers with knowledge in microcomputers and electronic interfacing.
 
This programme has seven educational objectives with the first five identical to the Bachelor of Engineering (Mechanical Engineering). The two additional educational objectives are given below.
 
(1)Provide skills and knowledge in mechatronics specifically in the areas of microcomputers, electronics interfacing, control and computing technology for mechanical engineers.
(2)Develop students’ practical and innovative skills in integrating various mechatronics elements to enhance mechanical system functions through group design and project work.