Undergraduate
The Bachelor of Engineering in Mechanical Engineering offers a future-focused academic experience built around strong technical fundamentals, hands-on learning, and exposure to emerging engineering technologies. The programme is shaped to meet Bhutan’s evolving industrial and infrastructure needs by preparing students who think critically, innovate confidently, and apply engineering principles with real-world relevance.
Overview
A key strength of the programme is its application-oriented curriculum, supported by modern laboratories, CNC machining and manufacturing resources, metrology facilities, simulation tools, and structured workshop training. Collaborative projects, industry engagement, and mentorship further enhance students’ ability to interpret engineering problems, evaluate solutions, and design systems that balance performance, sustainability, and safety.
The curriculum is continuously updated to align with international educational standards and to ensure graduates remain competitive in a rapidly advancing technological landscape.
Career Opportunities
Graduates of Mechanical Engineering are valued across multiple sectors due to the breadth of their technical training and problem-solving ability. Career opportunities span across:
HVAC, building services, and energy systems
Power plants, hydropower, and industrial utilities
Product design, CAD/CAM, and manufacturing engineering
Industrial automation, mechatronics, and operations
Automotive and transportation engineering
Quality management, inspection, and testing services
Project engineering and maintenance roles
Consultancy, entrepreneurship, and research-oriented positions
The programme equips graduates with the adaptability required for modern industries, making them suitable for both national and international roles, as well as higher studies in specialised engineering fields.
Program Learning Outcomes
Upon completion of the programme, graduates will be able to:
Demonstrate strong competency in applying mathematical, scientific, and mechanical engineering principles to solve complex problems.
Design and analyse systems, components, or processes using appropriate tools, simulations, and engineering judgement.
Conduct experiments, interpret data, and apply laboratory techniques relevant to manufacturing, thermofluid sciences, and machine design.
Integrate sustainability, safety, ethical responsibility, and environmental considerations into engineering decisions.
Communicate technical information effectively through reports, presentations, and team-based projects.
Engage in independent learning and adapt to new tools, technologies, and industrial practices.
Work effectively in multidisciplinary teams and contribute meaningfully to engineering projects.
Programme
| Semester 1 | Module Code |
|---|---|
| Calculus and Infinite Series | MAT101 |
| Engineering Physics-I | PHY101 |
| Engineering Chemistry | CHE101 |
| Dzongkha for Communication | DZG101 |
| Academic Skills | ACS101 |
| Mechanical Drawing | MDD101 |
| Semester II | Module Code |
|---|---|
| Multivariate Calculus, Differential Equations and Matrices | MAT102 |
| Material Science | MEC101 |
| Programming Methodology | CSF101 |
| Engineering Mechanics | TSM101 |
| Project Management | MGT401 |
| Mechanical Workshop | MPT101 |
| Semester III | Module Code |
|---|---|
| Circuit Theory-I | CKT201 |
| Strength of Materials | TSM102 |
| Fluid Mechanics | FMH201 |
| Manufacturing Processes | MPT202 |
| Electronic Circuits & Devices I | ECD201 |
| Semester IV | Module Code |
|---|---|
| Complex Analysis, Fourier Series & PDE | MAT204 |
| Metrology | MEC202 |
| Engineering Thermodynamics | MHE201 |
| Design of Machine Elements | MDD202 |
| Hydraulics | FMH202 |
| Semester V | Module Code |
|---|---|
| Introduction to Electrical Machines | EMC204 |
| Industrial Engineering & Production Management | MIM301 |
| Advanced Manufacturing Technology | MPT303 |
| Kinematics & Dynamics of Machines | MEC303 |
| Applied Thermodynamics | MHE302 |
| Semester VI | Module Code |
|---|---|
| Hydraulic and Pneumatic Controls | FMH305 |
| Optimization Technique | MAT412 |
| Heat & Mass Transfer | MHE303 |
| Computer Integrated Manufacturing | MDD303 |
| On-the-Job Training | PRW402 |
| Semester VII | Module Code |
|---|---|
| Mechatronics | CAS406 |
| Automotive Engineering | MEC404 |
| Power Generation | PSS301 |
| Elective I | — |
| Research Project | PRW403 |
| Semester VIII | Module Code |
|---|---|
| Heating, Ventilation & Air Conditioning | MHE404 |
| Total Quality Management | MIM402 |
| Elective II | — |
| Elective III | — |
| Research Project | PRW403 |
The Mechanical Engineering Experience
- Learn With Purpose
Engage with a curriculum designed to build clarity, confidence, and analytical depth. From foundational sciences to advanced engineering concepts, each module strengthens your ability to understand, evaluate, and solve real mechanical challenges.
- Apply Through Practice
Use modern laboratories, manufacturing tools, simulation technologies, and workshop facilities to translate theory into practice. Projects, design tasks, and hands-on experiments cultivate technical precision and professional discipline.
- Grow Into an Engineer
Through internships, research projects, electives, and industry collaboration, you develop the mindset and capabilities expected of an engineering professional. The programme equips you not only with knowledge, but with readiness—ready to innovate, lead, and contribute to Bhutan’s development.