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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