Shape Industry 5.0 by building human-centric, sustainable, and resilient robotic systems.
Integrate advanced robotics, mechatronics, and embedded AI to solve complex global challenges.
Learn to design, build and control robots by bringing together mechanical systems, electronics, sensors and software. Progress from engineering design and system modelling to robotics, embedded AI and human-robot interaction. Apply your knowledge through practical projects that integrate intelligent behaviour with the movement and control of physical machines.
B.Eng. (Robotics and Artificial Intelligence Engineering)
BEng Robotics and AI Engineering
| A. General Education | 27 credits |
|---|---|
| Compulsory Learning | 21 credits |
| Elective Learning | 6 credits |
| B. Specific Courses | 98 credits |
|---|---|
| Basic Engineering | 21 credits |
| Computing | 6 credits |
| Robotics | 42 credits |
| AI & Data | 21 credits |
| Project-based Learning | 8 credits |
| C. Free Elective | 6 credits |
|---|---|
| Free Elective Learning | 6 credits |
Y1: Maths, physics, programming and design.
Y2: Circuits, modelling, sensing and introductory AI.
Y3: Robotics, embedded AI and machine learning.
Y4: Control, human-robot interaction and final project.
Robotics technologies, machine learning and robot control.
Electrical circuits, sensors and embedded AI.
Final-year robotics and AI project.
Combine mechanisms, electronics and software to develop robotic solutions.
Apply AI and control methods to meet a design brief. Plan experiments, interpret results and evaluate how a system performs.
Communicate technical ideas, manage work with others and keep developing your engineering knowledge and professional skills.
Experiments, modelling and design tasks; industrial training or short-term research; a two-part final-year project. Assess through exams, lab work, prototypes, reports and presentations.
Register today to unlock exclusive early access. Secure your family’s priority status for the 2027 admissions cycle and gain a clear pathway into a highly selective program, admitting only 240 students across three premier degrees.