Global Recognition of NTU’s Mechanical Engineering Programme

Our Bachelor of Engineering (Mechanical Engineering) degree programme which is accredited by Engineering Accreditation Board, (EAB) achieves global recognition when the Institution of Engineers, Singapore (IES) was admitted as the Singapore signatory to the Washington Accord with effect from June 2006.

Our mechanical engineering degree is also accredited by the Institution of Mechanical Engineers (IMechE) as equivalent to a four-year Master of Engineering degree in the UK.

Please refer to http://www.ntu.edu.sg/mae/Prospective/Undergraduate/FullTime/ME_Course/ for details of NTU’s Mechanical Engineering Curriculum.

Aerospace Engineering Education at NTU

First and Only Aerospace Engineering Degree Programme

This highly competitive and sought after programme is the first and only programme to be offered in Singapore. With its multidisciplinary nature, a holistic and integrated approach is adopted. With our international and experienced faculty, and excellent aerospace laboratories, students are positioned to inherit the critical skills needed to address the phenomenal growth of the aviation industry in Singapore and Asia. Exceptional features of the programme include aerospace discovery course and laboratory, the cluster based formation of the curriculum to address the relevant core competencies and the integrated system view of aircraft design assembly, manufacturing, and MRO. We have international agreements with top aerospace programmes in Europe and North America for students exchange.

Please refer to http://www.ntu.edu.sg/mae/Prospective/Undergraduate/FullTime/AE_Course/ for details of NTU’s Aerospace Engineering Curriculum.

Aeronautical Engineering Final Year Specialisation

The Aeronautical Engineering Specialisation in the final year of NTU’s Mechanical Engineering Programme aims to equip mechanical engineering students with knowledge in various structural components of the aircraft, the loads experienced during the various stages of flight, aircraft performance, stability and control, types of gas turbine engines used on commercial aircrafts and the aerothermodynamics of engine components.

Find out more about our exciting Mechanical and Aerospace Engineering Degree Programmes.