Programs offered
- Bachelor of Engineering Electrical-Mechanical Manufacturing Engineering (Regular)
- Bachelor of Engineering Electrical-Mechanical Manufacturing Engineering (Special)
- Bachelor of Engineering Digital Manufacturing and Robotics Integration Engineering (International)
Key areas of the program
- Design and manufacturing with CAD/CAM/CAE
- Plastic and metal mold technology
- Industrial instrumentation
- Automatic control systems
- Robotics and mechatronics
What you will study
- Computer-aided design, manufacturing and analysis (CAD/CAM/CAE)
- Machine component design and product design
- CNC machine technology, industrial materials, and making molds and dies
- Digital circuits and microcontrollers
- Sensors, measuring instruments and precision measurement
- Automatic control systems in factories
- Principles of operations and production
Why study here
- A quality education in both theory and practice
- Graduates can apply for a professional mechanical engineering license
- Every student gets hands-on practice with computers and CAD/CAM/CAE software
- Hands-on practice with various CNC machines, plastic injection machines, measuring instruments and industrial control systems
- Easy to find work, because these engineers are in demand and well recognized across industries
- Every student practices with models simulating automated systems in factories
- People who are interested in, or have ideas for, designing, developing or modifying products
- People who like taking things apart to find out how they work
- People who like building, assembling or inventing things
- People who like automation and robots
Careers after graduation
- Electrical engineer, mechanical engineer, production engineer
- Research and development (R&D) engineer
- Machine and process control engineer, maintenance engineer, and running a manufacturing business
- Advanced automation design engineer