2 years( full-time) 4 years( part-time)*
Throughout the year
( subject to availability of supervision)
Research
RM47,040 Malaysian student
RM53,280 International student 2025 fees per year
CAREER PATHS As a Monash engineering research graduate, your career possibilities are not only exciting but also diverse. You can work in fields like:
• biotechnology
• building and construction
• computer programming
• food processing
• industrial electronics
• manufacturing
• mining
• nanotechnology
• power generation
• robotics
• sustainable technologies
• telecommunications
• transport.
* Part-time study is not available for international students.
MASTER OF ENGINEERING SCIENCE( RESEARCH)
KPT / JPT( R3 / 0710 / 7 / 0001) 07 / 28- MQA / SWA0112
This research degree is a truly global qualification that provides you with the grounding to delve deeply into engineering challenges and create solutions for the future.
During your candidature, you’ ll develop specialised knowledge and skills in your chosen area that will enable you to address national issues and global needs, and improve the way of life in local communities. You’ ll achieve this by undertaking substantial independent research on your chosen topic with support from a supervisory team and producing a major thesis that will make a contribution to the current body of knowledge.
Whether you want to get ahead in your career faster or improve your knowledge, this Monash postgraduate degree will give you a distinct advantage.
Areas of study
• Advanced materials
• Artificial intelligence
• Bioprocess engineering
• Biomechanics
• Bioinspired systems
• Critical infrastructure
• Energy
• Engineering in medical and healthcare
• Environmental engineering
• Food and pharmaceutical processing
• Future wireless access technologies
• Intelligent lighting
• Management of natural resources and phenomena
• Nanotechnology
• Nanoelectronics
• Optical communications and photonics
• Process modeling, simulation and optimisation
• Smart manufacturing and industry 4.0
• Sustainable drainage and flood management
• Sustainable transportation engineering
• Thermal management
• Waste management.
Course structure
This course consists of a research and thesis component.
The best thing about being in Monash was the ample sense of security and guidance from the Monash community, from lecturers and technicians to administrators. They helped us to become employable and versatile graduates. The diverse grants and reward programs from Monash also encouraged us to improve our skill sets, extending beyond what is required to only complete our studies. I have a wide network of friends and colleagues from various ages, backgrounds, and social groups, some of whom I am still close to today.”
DR SANGEETAPRIVYA P. SIVA
Bachelor of Chemical Engineering( Honours) Doctor of Philosophy( Chemical Engineering)
Researcher, KLK Oleomas
Sangeetaprivya worked on a model based on population balance modelling principles that could describe the formation of emulsion droplets stabilised by cellulose nanocrystals. Her main goal was to understand the evolution of the emulsion droplet sizes by considering its dynamic interaction phenomena at a fundamental level. These models could potentially be used to view and analyse emulsification processes at an industrial scale.
This could benefit various industries, including food and pharmaceuticals, especially if their intention is to study various controlling parameters of the process without having to conduct repetitive, tedious experimental works.
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