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Overview

Developed in consultation with industry leaders, La Trobe’s Master of Engineering is designed to prepare you for the rich opportunities of our future workforce. Advance your career when you choose a specialisation in your area of interest. At our Bendigo campus, you can choose between civil and manufacturing specialisations. You’ll … For more content click the Read more button below. At our Bundoora campus, you’ll have the additional choice of specialisations in electronics and telecommunications and networking. Graduate with your specialisation on your academic transcript, so you can show your expertise to future employers. You’ll be prepared to take on engineering roles in a variety of sectors, from construction and transport to technology and education. Your degree focuses on the advanced skills you'll need for a successful career – including design, engineering management, research and innovation. You'll also learn how to adapt to the emerging technologies that are changing the engineering landscape. Shape your qualification to target your career goals. Choose from a range of electives to enhance your chosen specialisation. You'll have the opportunity to work on a range of different projects – previous students have worked in construction, programming, web security and advanced physics. Graduate with the skills and knowledge to design intelligent engineering solutions to the challenges of the future. You'll learn:Engineering managementBuild your engineering management skills across business strategy, legal, marketing, management and finance to lead projects, motivate teams and drive success.Design and innovationAddress engineering challenges through research, ideation and revolutionary product design.Risk analysisDevelop processes to identify and evaluate potential risks to mitigate project failures and avoid poor decision-making in engineering processes.Digital communication systemsLearn the principles and techniques of modern digital communication systems for wired and wireless applications.Computer-aided engineeringEquip yourself with the latest concepts in data and software to model, analyse and implement effective engineering systems.

Portfolio

Office of the Provost

Course coordinator

Vipul Patel

Location(s)

Melbourne (Bundoora)

CRICOS code

104735G

Course instance contact

Vipul Patel

Course duration (full time)

2 years

Course duration (part time)

4 years

Study level

Postgraduate

AQF level

Level 9 - Masters Degree

Available only as an exit award

No

Study options

Domestic

International onshore

Completion requirements

To qualify for the award of Master of Engineering, students must complete 240 credit points
consisting of:

90 core credit-points

150 core-choice credit points

Course structure
240 credit points

Level one120 credit points
Level two120 credit points

Course intended learning outcomes

On successful completion you will be able to:
1.
Apply the principles, technical knowledge and methods of engineering and use the current tools and techniques to develop and implement designs to solve engineering problems at an advanced level
2.
Proficiently use mathematical tools and techniques to achieve appropriate solutions to engineering problems consistent with professional standards
3.
Critically investigate a problem, drawing on current engineering knowledge and research for the purpose of formulating and evaluating an appropriate, effective solution
4.
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
5.
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
6.
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
7.
Manage personal and professional development, relationships and work practices including proactively collaborating and contributing efficiently and effectively as both a team leader and a professional engineer

Course features

Work based learning (placement) requirements

Elective placement opportunities (Work Based Learning)
During this course, you will have the opportunity to participate in a Work Based Learning (WBL) placement experience, designed to allow you to extend your formal academic learning beyond the classroom. The WBL experience will provide the opportunity to bring your learning from the university into a work environment and test out your knowledge in a professional real-world environment. Some courses include compulsory WBL subjects, however, we also offer a range of elective WBL subjects, both cross-discipline and subject-specific. La Trobe University will source placements for some subjects, while others will require you to source your own placement. If you are required to source your own placement, dedicated staff will guide and support you through the process. Elective WBL subjects generally involve an application process and Subject Coordinator approval. The location and number of hours undertaken can vary considerably depending on the activity and the discipline area.

Work integrated learning opportunities

Industry informed curriculum, Industry presentations, Industry-informed projects, Professional simulations

Career outcomes

Depending on your specialisation, you’ll graduate ready to pursue a career across a range of different industries and sectors. Possible roles include:

  • Civil engineer
    • Design, construct, supervise, operate and maintain large infrastructure projects and systems such as roads, buildings and airports.
  • Manufacturing engineer
    • Use robots, networks, machine tools and materials-handling equipment to design and produce products useful across the fields of aerospace, electronics, biotechnology, pharmaceuticals, agriculture and more.
  • Electronics engineer
    • Design, implement and maintain electronic components, circuits and systems used for computer and communications systems across many commercial applications. 
  • Engineering manager or consultant
    • Oversee large-scale engineering projects such as housing, roads, building sites and sewerage systems to deliver best-practice outcomes.
  • Network or systems engineer
    • Oversee the design, installation, analysis, troubleshooting and maintenance of networks and systems.

Professional recognition

The Master of Engineering offered on the Melbourne (Bundoora) campus is accredited by Engineers Australia. Graduates of the Master of Engineering may apply for membership with Engineers Australia. Membership may be subject to additional or ongoing requirements beyond completion of the degree. Please contact the relevant professional body for details.

Other course instances

Select a related course instance to view more information.

Internal course relationships

Nested

Graduate Certificate in Professional Engineering

Pathways from

Graduate Certificate in Professional Engineering

Replaces

Master of Engineering (Civil)

Master of Engineering (Electronics)

Master of Engineering (Manufacturing)

Master of Telecommunication and Network Engineering

External pathways

External pathways into this course