About the Master of Manufacturing Engineering
Get the right mix of engineering know-how and business acumen to drive innovation across industries with La Trobe's accredited Master of Manufacturing Engineering.
Designed and delivered in consultation with industry leaders, our Master's equips you to meet contemporary manufacturing challenges using revolutionary technologies like artificial intelligence, robotics and machine learning. You'll gain proficiency in system design, materials processing and sustainable engineering while enhancing your employability with enterprise skills in consultation, negotiation, risk and project management. The course includes a competitive stream that offer you the opportunity to experience engineering practice first-hand while building valuable industry connections with a work-integrated learning (WIL) program that gives you 800 hours on the job.
By completing La Trobe's Master of Manufacturing Engineering, you will:
gain an understanding of Australian engineering industry sustainability practices
build capabilities in aerospace, defence, industrial automation and robotics, automotive and precision engineering
master the design of automated production lines to improve quality and reduce costs
hone your skills in computer-aided engineering (CAE) software and tech to improve design, modelling, manufacturing, and control
graduate ready to apply for membership of Engineers Australia.
Academic entry requirement
Prerequisites
Successful completion of an Australian bachelor degree (or equivalent).
240 credit point pathway (2 years): Successful completion of a 4 year Australian Bachelor degree (or its equivalent).
180 credit point pathway – COGNATE ENTRY(18 months):
Successful completion of a 4 year Australian
Bachelor degree (or its equivalent) in an engineering related field.
Eligibility to be assessed on a case by case basis by the school.
120 credit point pathway – COGNATE ENTRY(12 months):
Successful completion of a 4-year Australian Bachelor of Engineering Honours degree (or equivalent Washington Accord-recognised degree)
Eligibility to be assessed on a case by case basis by the school.
Postgraduate
Selection criteria
Applicants with an Australian Honours degree (or equivalent) in a cognate discipline may be eligible for one year of advanced standing (120 credit points) in this course.
Master of Manufacturing Engineering intended learning outcomes
Apply the principles and technical knowledge of industrial engineering and use the current tools and techniques to develop and implement designs to solve engineering problems.
Apply the principles, and technical knowledge and methods of manufacturing engineering and use the current tools and techniques to solve engineering problems at an advanced level.
Proficiently use mathematical tools and techniques to achieve appropriate solutions to manufacturing engineering problems consistent with professional standards
Critically investigate a problem, drawing on current manufacturing engineering knowledge and research for the purpose of formulating and evaluating an appropriate, effective solution
Demonstrate a comprehensive awareness of social, cultural and environmental issues when solving engineering problems and abide by the professional and ethical requirements mandated by Engineers Australia
Appraise and synthesise information to review, assess and suggest improvements to projects, plans and processes with appropriate creativity and innovation, all of which are consistent with professional standards
Communicate technical information orally, in writing, and in drawings using professional media with clear and concise arguments, to technical and non-technical audiences consistent with professional standards
Manage personal professional development, relationship and work practices including proactively collaborating and contributing efficiently and effectively as both a team leader and a professional engineer
Master of Manufacturing Engineering career opportunities
Graduate with the skills to succeed as a world-class engineer, preparing you for work in research, design development, quality assurance, and supply chain and logistics.
Possible roles include:
Design engineer
Process or system designer
Product designer
Defence contractor
Manufacturing engineer
Supply chain manager
Estimated fees per year (2025):
A$40 200 per 120 credit points.
Note: 120 credit points represents full-time study for one year.
International scholarships
Destination Australia – an Australian Government initiative
The Destination Australia scheme supports new international students to study in regional Australia and offers students a high-quality learning experience. For eligible applicants, these scholarships are worth up to A$15 000 per annum for up to four years.