Mechanical engineering
Machinery, thermodynamics, maintenance, manufacturing processes and CAD.
SCHOOL OF ENGINEERING / PROPOSED
Where engineering becomes practical.
An applied route from engineering principles to machines, structures, systems and working solutions.
04 / RETS
01 / School vision
Learn to understand, design, maintain and improve.
The proposed RETS School of Engineering will combine technical learning with laboratory practice, workshop projects, design work and industrial applications. Initial certificates, technical courses and future qualifications will depend on institutional and programme approvals.
02 / Fields of study01 / 02 / 03 / 04 / 05 / 06 /
Six engineering disciplines
Electrical & electronic engineering
Power, circuits, equipment, electronic controls and testing.
Mechatronics
The integration of mechanics, sensors, electronics and programming.
Industrial & manufacturing engineering
Processes, quality systems, production, equipment and factory operations.
Computer & embedded systems
Microcontrollers, hardware, communications and software-controlled devices.
Renewable energy & power
Solar energy, batteries, power electronics and energy management.
03 / Learning environment
Design, make, test, improve.
Proposed learning spaces include engineering laboratories, fabrication workshops, computer-aided design facilities and test benches. The objective is to help learners connect engineering equations and diagrams to real industrial equipment.
- Technical drawing and CAD
- Guided equipment testing
- Workshop safety and quality assurance
- Industry-oriented problem-solving
IN OUR WORDS
“The value of engineering knowledge is measured in the systems it can improve and the problems it can solve.”— RETS development philosophy
NEXT / COLLABORATE
Start a conversation ↗Build engineering education with RETS.
We welcome conversations with technical educators, equipment suppliers and industry mentors.