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Qualification
BEng (Hons)
Provider
Singapore Institute of Technology
Duration
4 years
Total credits
240
Application period
8 January to 19 March 2026
Next intake
Campus location
SIT Punggol Campus
Prior to Academic Year 2026, this programme was formerly known as the Bachelor of Engineering in Infrastructure and Systems Engineering.
The Bachelor of Engineering with Honours in Mechanical Engineering is a four-year direct honours programme designed to develop industry-ready engineers with strong foundations in mechanical engineering, applied problem-solving skills, and the ability to address complex engineering challenges in an increasingly digital and sustainable world. The programme combines rigorous engineering fundamentals, competency-based learning, applied projects, and extensive industry immersion to prepare graduates for diverse engineering careers across multiple industries.
Mechanical engineering remains one of the most versatile engineering disciplines, providing the foundation for industries such as advanced manufacturing, transportation, energy, infrastructure, automation, logistics, and semiconductor manufacturing. Through SIT's applied learning approach, students learn to design, analyse, integrate, and optimise engineering systems while developing the professional competencies required to thrive in modern engineering environments.
Why Choose SIT Mechanical Engineering?
Applied and Industry-Relevant Learning
The programme adopts SIT's applied learning philosophy, where students actively apply engineering principles through laboratory work, practical projects, design challenges, and real-world engineering scenarios. Students gain hands-on experience in engineering analysis, design, digital technologies, and problem-solving, enabling them to bridge theory and practice effectively.
Integrated Work Study Programme (IWSP)
Industry immersion is a key feature of the programme. Students participate in the Integrated Work Study Programme (IWSP), which includes innovation projects, career-readiness development, and extended work attachments with industry partners. These opportunities allow students to:
- Gain real-world engineering experience
- Apply classroom learning in professional environments
- Develop workplace and professional competencies
- Build industry networks and career readiness
- Understand engineering practices, standards, and technologies used in industry
The programme incorporates significant work-integrated learning opportunities that strengthen graduates' employability and professional confidence. The BEng MEC programme works closely with our industry partners to ensure our students develop professional competencies through an 8-month Integrated Work Study Programme (IWSP) that complements industry capstone and applied research projects.
Specialisation Pathways
Students may deepen their expertise through discipline elective pathways that lead to focused competencies in industry-relevant domains.
Intelligent Mobility Systems
This specialisation combines the Railway Technologies and Smart Maintenance learning blocks to prepare students for careers in modern transportation and mobility systems.
Students develop competencies in railway infrastructure, rolling stock systems, signalling and communications, electrification systems, condition monitoring, predictive maintenance, reliability engineering, and lifecycle asset management. By integrating railway engineering with intelligent maintenance technologies, graduates learn how to enhance the safety, reliability, availability, and operational efficiency of large-scale transportation systems.
Graduates are well-positioned for careers in rail operators, transportation authorities, infrastructure owners, engineering consultancies, and mobility solution providers.
Advanced Manufacturing
This specialisation combines the Semiconductor Manufacturing and Process Control and Data Analytics for Engineering learning blocks, preparing graduates for Industry 4.0 and advanced manufacturing environments.
Students develop competencies in semiconductor fabrication, process integration, yield management, engineering data analytics, machine learning, and data-driven decision-making. The specialisation integrates manufacturing technologies with digitalisation and analytics to improve product quality, operational efficiency, process optimisation, and manufacturing performance.
Graduates will be equipped to contribute to advanced manufacturing industries, semiconductor fabrication facilities, precision engineering companies, smart factories, and digitally enabled production environments.
Digital and Autonomous Systems
This specialisation focuses on the integration of digital technologies, intelligent automation, robotics, and autonomous engineering systems.
Students gain exposure to automation systems, robotics, autonomous technologies, systems engineering, intelligent monitoring, and digital engineering concepts. The specialisation equips graduates with the capability to design, integrate, operate, and optimise intelligent engineering systems in a rapidly evolving technological landscape.
Graduates will be prepared for careers involving robotics, automation, autonomous systems, digital transformation, intelligent infrastructure, and complex engineering system integration.
Career Opportunities
Graduates of the SIT Mechanical Engineering programme are prepared for careers across a broad spectrum of engineering sectors, including:
- Mechanical Engineering
- Advanced Manufacturing
- Semiconductor Manufacturing
- Robotics and Automation
- Rail and Transportation Engineering
- Reliability and Asset Management
- Smart Maintenance
- Energy and Sustainability
- Data Centre Engineering
- Systems Engineering
- Supply Chain and Operations Engineering
- Engineering Consulting
- Digital Engineering and Innovation
The programme aligns with Singapore's future workforce needs in advanced manufacturing, transportation, sustainability, digitalisation, and engineering innovation, ensuring graduates remain highly relevant in an evolving global economy.
Programme Structure (AY2026/27)*
Programme Structure (AY2025/26)
- Core Modules
(165 Credits) - University Modules
(15 Credits) - Discipline Elective
(36 Credits) - Unrestricted Elective
(24 Credits)
| Module Title | Credits |
|---|---|
| Navigating Complexity in Engineering | 2 |
| Mathematics in Engineering | 6 |
| Discover Mechanical Fabrication | 6 |
| Discover Electronics | 6 |
| Discover Programming | 6 |
| Engineering Materials | 6 |
| Engineering Graphics | 6 |
| Engineering Mechanics Fundamentals | 6 |
| Thermofluids Systems Fundamentals | 6 |
| Mechanics of Solids | 6 |
| Introduction to Dynamics and Control | 6 |
| Sustainable Manufacturing Engineering | 6 |
| Integrated Work Study Programme (Innovation Project) | 10 |
| Introduction to Law for Engineers | 3 |
| Thermodynamics and Heat Transfer | 6 |
| Integrated Work Study Programme (Career Skills) | 0 |
| Engineers and Society | 3 |
| Fluid Mechanics | 6 |
| Sensors and Actuators | 6 |
| Mechanical Design Project | 6 |
| Dynamics and Control | 6 |
| Engineering Modelling and Simulation | 6 |
| Reliability and Quality Management | 6 |
| Industrial Control Systems | 6 |
| Integrated Work Study Programme (Work Attachment) | 20 |
| Capstone | 10 |
| Project Management and Economics | 6 |
* The programme structure is subject to change without prior notice. SIT regularly reviews its curriculum to ensure that it remains industry-relevant and prepares our students for the evolving needs of industry.
Eligibility / Exemptions
To be considered for this degree pathway, individuals must fulfil the following criteria:
- Diploma from any local polytechnic
- Applicants with relevant diplomas may apply for module exemptions - GCE 'A' Levels/ International Baccalaureate (IB) Diploma/ NUS High School Diploma
- Pass in two of the following H1/H2 or Sl/HL subjects (Chemistry, Computing, Mathematics, or Physics) - Diploma from other local institutions
