Build Your Engineering Foundation in Sri Lanka. Complete Your Journey in Scotland.
The 2+2 Engineering Pathway at Lyceum Campus, in partnership with the University of Dundee,
Scotland, offers students an exciting opportunity to begin their engineering education in Sri
Lanka and progress to the University of Dundee to complete their internationally recognised BEng
(Hons) degree.
Students commence their first two years at Lyceum Campus, where they develop a strong and broad
foundation in engineering. The programme brings together Basic Sciences, Engineering
Mathematics, Fundamentals of Engineering Mechanics, Electrical and Electronics Engineering,
Programming, Control and Automation, together with practical engineering and problem-solving
skills. This multidisciplinary foundation prepares students to understand how different
engineering disciplines work together to develop modern technologies and engineering
solutions.
Following successful completion of the first two years, students progress to the University of
Dundee for the advanced stages of their chosen degree pathway:
-
BEng (Hons) Mechanical Engineering
-
BEng (Hons) Mechanical Engineering with Renewables
At Dundee, students build upon their foundation through advanced study in mechanical
engineering,
engineering design, materials, solid and fluid mechanics, computer-aided engineering, control
systems and project-based learning. Students choosing the Renewables pathway can further develop
expertise in areas such as solar energy, wind and marine energy, hydroelectricity, power
engineering
and sustainable energy systems.
The 2+2 pathway is designed to develop future-ready engineers who can combine fundamental
engineering knowledge with advanced technologies, practical problem-solving and sustainable
engineering thinking. With Dundee's strong emphasis on practical learning, industry engagement
and
real-world engineering challenges, students are prepared to progress towards diverse careers
across
mechanical engineering, manufacturing, energy, renewable technologies, automotive, aerospace and
other advanced engineering sectors.
Programme at a Glance
-
Duration :
First 2 years at the Lyceum Campus and Last 2 years at the University of Dundee, subject to successful progression -
Study Mode :
Full-time -
Intakes :
March and September -
Inagural Intake :
November 2026 -
Delivery Mode :
On-campus -
Total Credit for the local component :
66
Entry Requirements
- Minimum of three (03) passes (S) in Combined Mathematics, Physics, and Chemistry obtained in one and the same sitting
- Minimum of three (03) passes at grade E or above in Mathematics, Physics, and Chemistry obtained in one and the same sitting
- Recognized as equivalent to the G.C.E. Advanced Level Examination of Sri Lanka by the Department of Examinations, Sri Lanka
Transfter Requirements
- Students must achieve a minimum cumulative GPA of 2.5 at the end of the second year of study to be eligible for transfer
- Students must achieve an IELTS Academic overall score of 6.0, with a minimum of 6.0 in Writing and 5.5 in each of Listening, Reading and Speaking, or an equivalent qualification accepted by the University of Dundee.
Module Structure (Local Study Components)
| Semester | Module Code | Modules | Credits |
|---|---|---|---|
| Semester 1 | CSD1201 | Communication Skills - I | 02 |
| EBS1201 | Engineering Chemistry | 02 | |
| EBS1202 | Engineering Physics | 02 | |
| EEE1301 | Fundamentals of Electrical Engineering | 03 | |
| EMA1301 | Multivariable Calculus | 03 | |
| ECS1301 | Programming Fundamentals | 03 | |
| Semester 2 | CSD1202 | Communication Skills - II | 02 |
| EMA1202 | Differential Equations | 02 | |
| EME1301 | Engineering Materials | 03 | |
| EEE1302 | Fundamentals of Digital Electronics | 03 | |
| EMA1203 | Linear Algebra | 02 | |
| EME1302 | Visualization for Design | 03 | |
| EME1203 | Engineering Workshop Practice | 02 |
| Semester | Module Code | Modules | Credits |
|---|---|---|---|
| Semester 3 | EMA2204 | Advanced Calculus | 02 |
| EME2304 | Applied Thermodynamics & Fluid Mechanics | 03 | |
| EEE2303 | Electronic Circuits | 03 | |
| EME2305 | Mechanics of Machines | 03 | |
| ECS2302 | Object-Oriented Programming | 03 | |
| EME2306 | Strength of Materials | 03 | |
| Semester 4 | EME2307 | Machine Design - I | 03 |
| EME2208 | Manufacturing Processes &Systems | 02 | |
| EME2209 | Pneumatics &Hydraulics | 02 | |
| EEE2204 | Power Electronics &Motor Drives | 02 | |
| EMA2305 | Probability & Statistics | 03 | |
| EME2210 | Sensors & Measurement Systems | 02 | |
| EEE2305 | Signals & Systems | 03 |
Two Honours Degrees to Progress Into
Upon successful completion of Years 1 and 2 at The Lyceum Campus, students may progress to one of the following University of Dundee Honours programmes
What You'll Study
- Computer Aided Design & Additive Manufacturing
- Electronic Systems Design
- Engineering Materials
- Robotics & Mechatronics
Career Opportunities
What You'll Study
- Computer Aided Design & Additive Manufacturing
- Electronic Systems Design
- Wind & Marine Energy
- Solar Energy
- Hydroelectricity & Electrical Power and the Grid
Career Opportunities
See the Space Behind Your Engineering Journey
"From circuit design benches to power systems and embedded electronics labs, discover the facilities that shape every Electrical and Electronics Engineering and Mechatronics Engineering student's hands-on learning"
View the Laboratory Gallery
