Engineers are in high demand worldwide
From robotics to renewable energy, shipbuilding and defence, civil engineering or creating new medical technologies, engineers are in demand, and Flinders Engineering graduates are working in a broad range of engineering fields across the globe.
From climate change to water quality, efficient autonomous vehicles, renewable energy, plastic pollution, life-saving medical devices, secure communications or exploring space, engineers combine science and a creative spirit to design and build solutions for real-world problems.
At Flinders, there are multiple entry pathways you can study to become an accredited engineer.
Flinders Engineering courses have a common first year that enables you to delay your choice of specialisation until you have experienced engineering as a whole, or transfer between courses if you change your mind. Our degrees are offered in close collaboration with industry, giving you specialist knowledge and an integrated 'toolkit' of skills that will enable you to meet the requirements of industry as it continues to change. They also include 20-week industry placements to ensure you graduate job-ready.
Median annual base salaries for all engineering disciplines is now over $100K.
Professional Engineers Employment & Remuneration Report 2020/21.
in Engineering & Technology for student support.
(The Good Universities Guide 2022 (postgraduate))
No. 1 SA university
for learner engagement, skills development, student support and starting salary.
(The Good Universities Guide 2022 (undergraduate), public SA-founded universities only)
No.1 in South Australia
for learning resources in Engineering.
(The Good Universities Guide 2020 (undergraduate))
Study at the forefront of electronic and electromagnetic technologies.
Flinders University in collaboration with Defence Science and Technology are excited to offer scholarships for high performing Australian students who enrol in the combined Bachelor of Engineering Technology (Electronic Systems and Security), Bachelor of Science (Physics) course, for commencing students apply to SATAC.
At Flinders, there are multiple entry pathways you can study to become an accredited engineer, even if you:
Bachelor of Engineering Science
Bachelor of Engineering (Honours) - General Entry
“If you want to change the world… If you want to be introduced to fantastic new technology, different skills, if you want to problem solve, if you think you have an idea but you want to see it become real, then come and do Engineering at Flinders.”
– Dr Sherry Randhawa
Connect with industry leaders
Get career-ready, you will benefit from our strong connections to industry leaders that will provide you with real-world experience through our Work Integrated Learning (WIL) placements.
With a huge range of 20-week industry placement opportunities in South Australia, Australia and overseas, WIL can be in the form of internships, field education, vocational and professional practice, including projects with industry and community organisations. They will improve your employability by giving you valuable practical experience in a workplace setting, directly related to the degree you’re studying.
Our students and graduates are also strongly supported throughout their studies and beyond, and you’ll have access to an exclusive network of Flinders alumni that will continue long into your career.
Our Bachelor of Engineering and Master of Engineering degrees are accredited by Engineers Australia at the level of professional engineer. Professional engineering courses accredited by Engineers Australia are recognised internationally under the Washington Accord. Graduates meet the academic requirements for attaining chartered professional engineering status.
Registrations are now open for Science & Engineering Honours and Masters Student Projects. Specialise in your area of interest, gain real-world skills that employers are looking for in today’s competitive marketplace and enhance your career prospects.
Discover Flinders at Tonsley, check out the Medical Devices Research Lab, Hexapod and Biomechanics Lab, Nanostructures Clean Room, Rehabilitation and Motion Analysis Lab, AI and Robotics Research Lab, Multimodal Recording Facility, Solid Mechanics and Materials Lab, CISCO Academy – Cybersecurity and Network Systems Labs, Electronics Lab, Simulation and Serious Games Lab, Digital Transformation Lab, Robotics and Automation Lab and the Civil, Mechanical and Maritime Engineering Pod.
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