Engineering
Master of Advanced Engineering
(Energy and Sustainability)
KPT/JPT (N/520/7/0075) 05/20 - MQA/SWA0796
This course is designed for working engineers and
engineering graduates with an ambition to lead.
Addressing the pertinent demands in sustainable
energy development, you will be guided to greater
applicable knowledge in this area of specialisation
and to succeed in complex problem solving
methods. If you aspire for career advancement in
the competitive global environment, this degree is
ideal for you.
Course Structure
You will complete eight units (48 credit points) as
follows:
Core units
● Advanced Engineering Data Analysis
● Engineering Entrepreneurship
Major units
● Energy Efficiency and Sustainability Engineering
● Sustainable Energy Technologies
● Energy Efficient Lighting
● Principles and Practices for Sustainable
Development
Elective units
● Environmental and Air Pollution Control
● Smart Grids
● Minor project
Learning Outcomes
The core units in engineering leadership and
engineering analysis will strengthen your abilities in
critical reasoning, innovation and strategic thinking. As
a whole, you will acquire an advanced understanding
1 year (Full-time)
2 years (Part-time)*
in energy and sustainability and the ability to develop
solutions to complex engineering problems.
● Apply advanced energy and sustainability based
knowledge in an engineering context
February and July
● Employ energy and sustainability based
techniques to solve complex problems, design
engineering solutions, and evaluate potential
designs to identify optimal solutions
Coursework
● Research, investigate and critically appraise
current developments and research directions,
and identify future directions for energy and
sustainability
Malaysian Student
RM 48,000 (full course)
● Demonstrate a commitment to uphold code of
ethics and established norms of professional
engineering conduct
International Student
RM 52,800 (full course)
● Communicate information effectively to industry
and the wider community
● Demonstrate knowledge of team dynamics and
leadership, and function effectively as
an individual and in diverse engineering teams
● Select and apply appropriate resources and
modern engineering tools to systematically
manage systems and progress knowledge
● Employ energy and sustainability techniques into
all phases of engineering project work, including
business planning and financial management.
Research Option
This program offers a research pathway option as
an alternative route for you to progress from
a coursework master’s program into a PhD
program. The research option requires the
recommendation of the Associate Head of School
(Graduate Research) and approval from the
Faculty/Monash Graduate Education (MGE).
* Part-time studies not available
for international students
“Monash has considerably given me a strong
foundation in the research-related fields of materials
science, chemistry, catalysis and nanotechnology.
This has helped to expand my research horizons and
networking. Most importantly, it boosted my confidence
in a career where I continue to strive for the best in
research for a better and sustainable environment.”
ONG WEE JUN
PhD (Chemical Engineering) graduate
Mollie Holman Doctoral Medal Award 2017
Journal adjudicative and peer reviewer for ACS, RSC, Wiley, Elsevier,
AIP and NPG publishing groups
Currently a research scientist at the Institute of Materials Research
and Engineering (IMRE), Agency for Science, Technology and
Research (A*STAR) in Singapore
Dr Ong is working on two research projects that will eventually uncover renewable energy
resources to substitute exhaustible fossil fuel feedstocks for enriching global energy demands.
Postgraduate Prospectus 2018
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