Master of Engineering Project Management

Build in-depth knowledge and skills to plan and execute major projects across the construction, infrastructure, development and energy sectors.

The Master’s course covers the key knowledge and skills required for engineering project and resource planning and execution. This includes contracts and costing, business analysis and decision making, the global management environment, human and financial resources, risk, and research methodology. You will also undertake an independent piece of research in the last year of your course.

The unique course structure will ensure you are well prepared to make your mark, not only in Australia, but worldwide, where efficient and competent planning and execution of large projects, particularly in infrastructure, is essential in ensuring the success of key global industries.

Sample structures are just one example of the many options available within your chosen course. Please contact Federation University for further information on available options.

Please note this is a sample structure only and is not to be used for enrolment purposes. To enrol, please refer to the information provided to you by Federation University for your individual program structure or view our enrolment information page.

Academic Entry Requirements
Successful completion of a recognised 3 or 4 year engineering bachelor degree with credit average, awarded by an Australian university, or a recognised overseas equivalent.

English language requirement
Academic IELTS with an overall band score of 6.0, with no band less than 6.0 or equivalent

Extra Requirements
Candidates must possess at least an AQF 7 non-honours Bachelor of Engineering Science, Bachelor of Engineering Technology or Bachelor of Engineering degree to be eligible to enrol in the Master of Engineering Project Management. Places will be allocated based on academic performance in the applicant’s undergraduate program. Applicants must provide evidence of successful completion of relevant higher education studies