Department of Mechanical and Aerospace Engineering (DMAE)
The Department of Mechanical and Aerospace Engineering (DMAE) was established through the merger of the School of Mechanical and Manufacturing Engineering and the School of Aerospace and Vehicle Engineering. This strategic consolidation aims to enhance interdisciplinary collaboration, optimize resources, and strengthen academic and research capabilities in Mechanical and Aerospace Engineering.
Mechanical Engineering
Mechanical engineering is a fundamental branch of engineering that focuses on the study, design, construction, and maintenance of mechanical systems. Traditionally recognized as the cornerstone of engineering, it plays a critical role in the development of machinery and industrial systems. The discipline is inherently interconnected with other engineering fields, including materials science, metallurgy, aerospace, automotive, and manufacturing engineering, with many of these areas often considered specializations within mechanical engineering.
DMAE places emphasis on mechanical and manufacturing systems, with key study areas spanning:

• Applied Mechanics and Design

• Thermal and Fluid Engineering

• Industrial and Mechatronics Engineering

• Materials and Metallurgical Engineering

These study areas form the basis of specific academic divisions within the department, ensuring a structured approach to education and research.
The department offers a range of academic programs in Mechanical Engineering, including:

• Diploma Program: Diploma in Technology

• Undergraduate Programs: Bachelor of Engineering Technology in Mechanical Engineering Technology, Bachelor of Engineering in Mechanical Engineering

• Postgraduate Programs: Master of Technology in Mechanical Engineering Technology, Doctor of Philosophy in Mechanical Engineering

These programs provide specialization options in various fields such as Manufacturing Engineering, Industrial Plant and Energy Engineering, Mechatronics Engineering, Air Conditioning and Refrigeration, Automotive Engineering, and Mechanical Engineering Technology. To qualify for their respective diplomas and degrees, students undertake core courses across all divisions, supplemented by elective courses in specific areas of interest.
Additionally, all students are required to undergo three Industrial-Based Learning sessions, each lasting 12 weeks. Two sessions are conducted internally, while one is externally based in the industry, ensuring practical exposure and industry readiness.
Aerospace Engineering
The Aerospace Engineering division within DMAE is dedicated to advancing education, research, and innovation in air, space, and surface-based vehicle systems. The department provides expertise in the development, design, and operation of spacecraft, aircraft, land vehicles, and marine transport systems.
The academic and research focus within Aerospace Engineering is structured around:

• Spacecraft and Rocketry

• Aeronautics and Aviation Systems

• Land and Marine Transport Vehicles

• Transport Vehicle Safety and Operations

This holistic approach ensures that students and researchers engage in the complete lifecycle of transport engineering, from materials selection and design to manufacturing, testing, maintenance, and obsolescence management. Given that transport vehicles operate within fluid environments, the program incorporates aerodynamics (air-based transport) and hydrodynamics (water-based transport) principles to ensure optimal performance and safety standards.
By leveraging synergies across transport engineering disciplines, DMAE is positioned to lead in the development of cutting-edge solutions for modern transportation challenges. The department remains committed to producing highly skilled engineers equipped to drive innovation in mechanical and aerospace engineering.