MASTER OF APPLIED ENGINEERING
KPT / JPT( N / 0710 / 7 / 0016) 06 / 26- MQA / SWA14789
1 year( full-time) or 2 years( part-time) 1
February and July
Take your career to the next level.
Specialise in rapidly-developing areas of engineering and gain the skills required to tackle the issues that define our generation. This course provides you with the knowledge, understanding and skills to to deal effectively with advanced issues involving the application of engineering in various domains.
Areas of specialisation
DECARBONISATION AND NET ZERO Lead decarbonisation with expertise in carbon accounting, low-carbon technologies, and carbon capture, storage, and utilisation, driving innovation and tackling industry challenges to achieve net-zero goals.
Units required( 48 points)
• Waste management and biomass transformation
• Carbon capture, storage and utilisation
• Low carbon technology
• Carbon footprint and energy management
• Neural networks and deep learning
• Industry-based project A
• Industry-based project B
• One elective.
INDUSTRIAL AI AND ROBOTICS ENGINEERING Upskill in AI-driven smart manufacturing, robotics, IoT integration, data analytics, and lean optimisation to design intelligent, sustainable, and connected Industry 4.0 systems, fostering future-ready, all-rounder technological capabilities.
Units required( 48 points)
• Neural networks and deep learning
• Data driven supply chain optimisation and AI applications
• Lean manufacturing
• Statistical data processing and operations research
• Advanced robotics in manufacturing
• Design for additive manufacturing
• Industry-based project A
• Industry-based project B.
INTERNET OF THINGS( IOT) SYSTEMS AND TECHNOLOGIES Design comprehensive IoT systems and operate IoT hardware, communications technology and intelligent data processing to help industries reduce costs and increase productivity and agility.
Units required( 48 points)
• Statistical data processing and operations research
• Engineering IoT systems
• Machine-to-machine storage and communication
• Neural networks and deep learning
• Communication protocols for industrial IoT
• Smart sensors and embedded systems
• Industry-based project A
• Industry-based project B.
SEMICONDUCTOR AND MICROSYSTEMS ENGINEERING Engineer the chips powering future technology. Advance your knowledge in semiconductor technology, IC design, and manufacturing for high-value careers in global semiconductor and electronics companies.
Units required( 48 points)
• Large scale digital design
• Advanced semiconductor devices
• Microsystems and semiconductor fabrication
• Microsystem packaging, assembly and testing
• Neural networks and deep learning
• Data driven supply chain optimisation and AI applications
• Industry-based project A
• Industry-based project B.
SMART AND SUSTAINABLE MOBILITY Build smarter, greener cities with hands-on experience in AI, intelligent transport systems, electric and autonomous vehicles, and digital twin technologies.
Units required( 48 points)
• Planning urban mobility futures
• Autonomous vehicle systems
• Electric Mobility
• Smart urban mobility and digital twins
• Neural networks and deep learning
• Industry-based project A
• Industry-based project B
• One elective.
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.
Units required( 48 points)
• Industrial ecology
• Operations and supply chain management
• Sustainable energy technologies
• Energy efficiency and sustainability
• Waste management and biomass transformation
• Green building
• Industry-based project A
• Industry-based project B.
Missed the English language requirements?
Enjoy a full tuition fee rebate for Monash English when you enrol, reimbursed over two semesters of your Master of Applied Engineering studies.
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CAREER PATHS Depending on your specialisation, you could be a / an:
• energy manager
• renewable energy engineer
• industial automation engineer
• AI and machine learning engineer
• IoT solutions engineer
• IoT hardware engineer
• carbon analyst
• net-zero technology consultant
• smart mobility planner
• electric vehicle specialist
• semiconductor manufacter
• IC design engineer.
I gained in-depth knowledge of renewable energy technologies and sustainable practices, with a strong balance of theory and hands-on application. The industrial project component was a highlight; I worked with AmSolar on a grid-connected photovoltaic system, where I applied my learning directly to real-world challenges and gained valuable industry experience.”
MOHAMMAD NAZMUS SAKIB KHAN
Master of Applied Engineering
RM57,120 Malaysian student
RM65,280 International student 2026 fees for full course
Coursework
Classes are held weekday evenings and Saturday mornings.
1 Part-time study is not available for international students
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