Engineering Roles
Applications for Term 2 2025 intake are due Saturday Week 10 of Term 1
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Engineering students power the innovation behind Sunswift. From designing cutting-edge battery systems and solar energy converters to developing robust software, embedded systems, and AI models, they bring technical excellence to every corner of the car. Engineers work collaboratively across disciplines to prototype, test, and optimise systems that meet both performance and regulatory standards.
Whether you're passionate about sustainability, vehicle dynamics, or pushing the limits of what’s possible with technology, Sunswift offers a unique, hands-on opportunity to turn theory into real-world impact. Every system built is a step toward redefining the future of transport.
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If you're eager to apply your university knowledge to a major student-led project and collaborate with passionate peers, academics, and industry professionals, consider joining Sunswift through the VIP project website!
Available Positions
Energy Systems Battery Engineer
Electrical Engineering
Responsibilities
Design, construct, test and implement an innovative 800V Li-ion battery for SR8 in conjunction with our industry partner.
Conduct simulation and analyses to model battery performance under different operating conditions, test and validate.
Implement battery management systems (BMS) to monitor battery health, battery cycles and safe charging/discharging cycles.
Integrate the battery with other power systems such as solar panels and hydrogen fuel cells.
Collaborate with a multitude of departments to ensure the overall system meets the relevant ADR.
Responsibilities
Currently pursuing an undergraduate degree in Electrical Engineering, Mechatronics, or a related field.
2nd year and above.
Knowledge about battery systems, particularly Li-ion, is preferred but not essential.
Familiarity with software for electrical schematics (e.g., Altium).
Strong analytical skills and attention to detail.
Ability to work in a cross-disciplinary team and manage time effectively.
Industrial Designer
Industrial Design
Responsibilities
Ideate, conceptualise, prototype, iterate and implement innovative design solutions.
Create detailed sketches, 3D models, and renderings or animations to visualise concepts.
Collaborate with departments such as Body & Chassis, Interior, Embedded Systems, Vehicle Dynamics or Software to ensure design integration and consistency.
Create and manage accurate and consistent design documentation throughout the process.
Responsibilities
Currently pursuing a degree in Industrial Design, 3D Visualisation or Interaction Design.
2nd year or above.
Proven design experience and projects.
Thermal Engineer: Chassis and Bodywork
Mechanical Engineering
Responsibilities
Design and maintain detailed CAD models and assemblies of various chassis components.
Optimise part performance and ensure compliance with Australian standards by using simulation software and real-world testing to analyse and evaluate components.
Employ various manufacturing methods and processes to fabricate composite and non-composite parts.
Keep up to date with advancements in materials science, manufacturing, and automotive engineering to be able to apply recent engineering innovations to current projects.
Collaborate effectively with engineers across departments and disciplines to ensure optimal integration of mechanical and electrical subsystems.
Responsibilities
Currently pursuing an undergraduate degree in Mechanical Engineering.
Proficiency in CAD software (e.g., Solidworks) is essential.
Has taken thermodynamics (MMAN2700) and has strong interest in thermal
Strong understanding of common manufacturing processes.
Bonus - knowledge in composite materials and manufacturing.
Bonus - proficiency in FEA.
Bonus - robotics experience or knowledge of electrical systems.