ENGINEERING
Postgraduate Certificate of Applied Engineering
KPT / JPT( N / 0710 / 7 / 0030) 04 / 31- MQA / PSA 19259
DURATION 6 MONTHS( full-time) 1 YEAR( part-time) 1 Classes are held weekday evenings and Saturday mornings.
INTAKE JULY
FEES RM28,560 Malaysian student
RM32,640 International student 2027 fees for full course
CLICK HERE FOR MORE COURSE DETAILS.
Advance your engineering expertise.
This course offers advanced knowledge and practical skills in high-demand, high-growth areas. Learn to design, implement, and improve engineering systems across diverse sectors to solve complex workplace challenges and drive workplace innovation.
The certificate can serve as a pathway to the Master of Applied Engineering, with eligible graduates receiving credit towards the degree.
AREAS OF STUDY
• Colloids and polymer technology
• Decarbonisation and net zero
• Industrial AI and robotics engineering
• IoT systems and technologies
• Semiconductor and microsystems engineering
• Smart and sustainable mobility
• Sustainable energy engineering.
CAREER PATHS
� COURSEWORK
• Renewable energy engineer
• Industrial automation engineer
• Internet of Things( IoT) solution architect
• Integrated circuit( IC) design engineer
• Smart mobility planner
• Carbon analyst.
Master of Applied Engineering
KPT / JPT( R / 0710 / 7 / 0016) 06 / 31- MQA / SWA14789
� COURSEWORK
DURATION 1 YEAR( full-time) 2 YEARS( part-time) 1 Classes are held weekday evenings and Saturday mornings.
INTAKE FEBRUARY AND JULY
FEES RM57,120 Malaysian student
RM68,640 International student 2027 fees for full course
CLICK HERE FOR MORE COURSE DETAILS.
An inspiring study and learning experience that will elevate you to a domain expert in your chosen specialisation.
Gain a competitive edge through this future-focussed course. You’ ll acquire hands-on skills and experience in our advanced facilities and through industry-based projects.
AREAS OF SPECIALISATION
• Colloids and polymer technology: Develop specialised expertise in colloids, polymers, rubber, latex and nanotechnology to tackle complex industrial challenges and drive innovation across the rubber and glove, polymers, coatings, specialty chemicals and advanced materials industries. Career paths: Polymer and latex research and development engineer, rubber and glove technology specialist, quality assurance and product development engineer, sustainability and advanced materials engineer.
Available starting July 2027
• Decarbonisation and net zero: Be empowered to lead decarbonisation efforts across industries with hands-on expertise in carbon accounting, low-carbon technologies, carbon capture, storage, and utilisation. Career paths: Carbon analyst, net-zero technology consultant, sustainability reporting specialist, sustainable process engineer.
• Industrial AI and robotics engineering: Establish Industry 4.0 expertise in AI, robotics, Lean Six Sigma, analytics, 3D printing, and smart supply chains, plus global certifications and IoT electives. Prepare for careers across manufacturing, tech, healthcare, energy, and logistics through enhanced practical skills and industry readiness. Career paths: AI-enabled automation engineer, robotics systems engineer, IoT and embedded systems engineer, smart manufacturing engineer, digital transformation engineer, AI and data engineer, industrial analytics engineer, smart factory engineer, Industry 4.0 consultant.
• Internet of Things( IoT) systems and technologies: Design, develop and operate end-to-end IoT systems – from hardware and communications to data processing and machine learning – to support smarter operations, better decision-making and improved efficiency across industries. Career paths: IoT solutions architect, IoT systems engineer, IoT networking engineer, and IoT data and machine learning engineer.
• Semiconductor and microsystems engineering: Design next-generation electronics through advanced expertise in semiconductor devices, integrated circuit( IC) design, fabrication, and microsystems engineering using industry-standard tools. Prepare for high-value global semiconductor careers driving innovations in AI hardware, communications, sensing, automotive, and computing. Career paths: IC design engineer, verification engineer, semiconductor process engineer, MEMS and sensors engineer, device engineer, electronic design automation( EDA) Engineer.
• Smart and sustainable mobility: Build smarter, greener cities. With hands-on experience in AI, smart transport, electric and autonomous vehicles, and digital twin technology, create efficient, sustainable, and interconnected urban environments. Career paths: Smart mobility planner, mobility service developer, electric vehicle specialist, transport policy analyst.
• Sustainable energy engineering: Create a sustainable future that thrives on clean energy and responsible practices. You’ ll be equipped to tackle global challenges of energy management and technologies, ecology, and sustainable development. Career paths: Energy manager, renewable energy engineer, energy auditor, policy analyst, and more.
1 Part-time study is not available for international students.
26 POSTGRADUATE PROSPECTUS 2027