Available Positions

Applications for Term 3 intake are due Week 9 Monday.

Energy Systems Mechanical Engineer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

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.

Requirements

Currently pursuing an undergraduate degree in Mechanical and Manufacturing Engineering, Aerospace Engineering, Mechatronics, or a related field.
Strong proficiency in CAD software (e.g., SolidWorks) is mandatory.
Experience with FEA software (e.g., Ansys Mechanical, Ansys Fluent) is ideal.
Strong understanding of common manufacturing processes in automotive engineering.
Experience with composite materials. (Preferred)
Prior robotics experience or knowledge of electrical systems to help with subsystem integration. (Preferred)

Embedded Systems Engineer

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Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

Responsibilities

Design, develop, and implement embedded systems for the race car.
Program and test microcontrollers to ensure seamless integration with various car components.
Work closely with the software and hardware teams to optimize performance and reliability.
Develop and maintain documentation for embedded systems and related software.

Requirements

Currently pursuing an undergraduate degree in Computer Science, Electrical Engineering, Mechatronics, or a related field.
Experience with microcontrollers (e.g., Arduino, Raspberry Pi, STM32).
Proficiency in programming languages such as C/C++, Python, or embedded C.
Strong problem-solving skills and ability to work collaboratively in a team environment.
Passion for renewable energy and sustainable automotive technologies.

Performance Optimisation Engineer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

Responsibilities

Apply data analytics and machine learning strategies used to provide support and strategic decisions for the team. On Sunswift 7, this involves the development and maintenance of statistical and machine learning models used for energy consumption, solar prediction, and velocity recommendation for the 2025 Bridgestone World Solar Challenge. On Sunswift 8, perform analysis of track performance to provide recommendations on areas of improvement, while also developing advanced AI / ML models to improve vehicle performance.

Requirements

Curently pursuing undergraduate degree in Software Engineering, Computer Science or Mathematics
Python / Python libraries (PyTorch, Sklearn, pandas)
AWS Sagemaker / Docker
Matlab / Matplotlib experience for mathematical modelling
General mathematics interest / proficiency
Relevant project experience is a bonus

Internal Tools Engineer (Technical Support Systems)

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Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Responsibilities

We are looking for a versatile Internal Tools Engineer with expertise in Figma, design, computer science data structures and algorithms, and front-end application development. The ideal candidate will enhance our internal software tools, supporting the efficiency and innovation of our solar race car team, particularly with a new infotainment system and remote vehicle app.

Requirements

Strong understanding of data structures and algorithms.
Ability to quickly learn and adapt to new technologies and challenges.
Excellent problem-solving and communication skills.
Currently pursuing and in at least your second year of computer science, software engineering or related degree.

Apply Here

Vehicle Dynamics Engineer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

Responsibilities

Develop and enhance detailed CAD models for various components of the solar car.

Collaborate closely with other engineering team members to integrate designs and ensure compatibility.

Participate in design reviews and contribute innovative solutions to complex engineering challenges.

Assist in the fabrication and assembly processes, translating CAD designs into physical components.

Maintain open availability to support team activities, including meetings, workshops, and race preparations.

Conduct simulations and analyses to validate design performance and optimize vehicle efficiency.

Stay updated with the latest advancements in mechanical engineering and apply relevant knowledge to our projects.

Requirements

Currently enrolled in a Mechanical Engineering program.
Proficiency in CAD software (e.g., SolidWorks) is essential.
Strong understanding of mechanical design principles and engineering fundamentals.
Excellent problem-solving skills and the ability to think critically under pressure.
Effective communication and teamwork skills, with a collaborative mindset.
High level of motivation and a passion for sustainable technology and innovation.
Availability to commit to regular team meetings and contribute to the project's timeline.

Chassis and Bodywork Engineer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

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.

Requirements

Currently pursuing an undergraduate degree in the School of Mechnical and Manufacturing Engineering or a related field.
Strong proficiency in CAD software (e.g., SolidWorks) is mandatory.
Experience with FEA and CFD software (e.g., Ansys Mechanical, Ansys Fluent) is ideal.
Strong understanding of common manufacturing processes in automotive engineering.
Experience with composite materials (e.g Ansys ACP). (Preferred)
Prior robotics experience or knowledge of electrical systems to help with subsystem integration. (Preferred)

Electrical Systems Designer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Responsibilities

Design and develop electrical systems for solar, hydrogen, or battery-powered race cars.
Create and test circuit designs across all aspects of a race car.
Integrate microcontrollers with sensors, actuators, and other electronic components.
Collaborate with mechanical and embedded systems engineers to ensure overall system compatibility.

Requirements

Currently pursuing an undergraduate degree in Electrical Engineering, Mechatronics, or a related field.
Hands-on experience with microcontrollers and circuit design.
Familiarity with software for electrical schematics (e.g., Altium).
Strong analytical skills and attention to detail.

Apply Here

Alternative Energy Engineer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

Chemical Engineer

Responsibilities

Design, analyse, and optimise an automotive hydrogen fuel system, including the electrolyser, pressure vessel, and PEM fuel cell.

Develop and implement methods for efficient hydrogen production, storage, and use.

Create detailed engineering diagrams such as Block Flow Diagrams (BFDs) and Process Flow Diagrams (PFDs) to map out processes and systems.

Collaborate with cross-functional teams to ensure seamless integration of the hydrogen system with other vehicle components.

Requirements

3rd Year Student (preferred)
Strong understanding of foundational Chemical Engineering concepts
Sound understanding of key Chemical Engineering practices (Block Flow Diagrams, Process Flow Diagrams, etc.)

Electrical Engineer

Responsibilities

Assist in the electrical integration of Sunswift’s first hydrogen car, focusing on ensuring optimal power output and energy management of the hydrogen system.
Conduct simulations and testing of hydrogen and electrical systems from prototype to development stages, ensuring safety and compliance with standards.
Design and build circuitry for fuel cell testing, focusing on efficiency, power output, and optimisation.

Requirements

Proficiency in circuit design, power electronics, and control systems
Experience with software such as MATLAB, Simulink, or equivalent for energy system simulations, is preferred
Ability to work collaboratively in a multidisciplinary team environment and effectively communicate technical information

Electrical Energy Systems Engineer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

Responsibilities

Design, optimize, test and integrate electrical systems that interface with energy production and distribution within a high-performing solar vehicle.

Specialize in one of our key energy systems projects: Charging, MPPT (Maximum Power Point Tracking), Battery or ECS (Energy Control System).

Conduct simulations and modelling of energy systems; test and validate systems from prototype to development stages.

Collaborate with multiple departments to ensure compliance with relevant safety regulations and standards.

Requirements

Currently pursuing an undergraduate degree in Electrical Engineering, Renewable Engineering, Mechatronics, or a related field.
Hands-on experience with electrical circuit design and construction.
Familiarity with software for electrical schematics and simulation tools (e.g. Altium for PCB design and Simulink).
Strong analytical skills and attention to detail.
Passion for electrons and a desire to implement cutting-edge technology.

Materials Engineer

Learning Outcomes

Gain hands-on experience in material selection and testing for real-world applications.

Develop proficiency in CAD software, including SolidWorks and Blender, enhancing your design and modelling skills.

Collaborate with cross-functional teams, expanding your communication and teamwork skills.

Gain expertise in Life Cycle Assessment software, contributing to a holistic understanding of material sustainability.

Learn new skills such as welding, 3D printing, and the various tasks associated with composite carbon work.

Requriements

Must be studying a Bachelor of Materials Science and Engineering (Honours)

Completed MATS1192 (or equivalent) with a strong understanding of Materials Science fundamentals.

In your 2nd year or above

Basic awareness of ecological footprint and sustainability concepts.

Eagerness to learn and develop new skills in material selection, CAD software, and Life Cycle Assessment tools using SimaPro and EduPack.

Ability to switch between long-term project planning and hands-on, immediate tasks.

Strong communication and collaboration skills within a team setting.

Excellent time management skills.

Self-motivated and willingness to put in hard work to meet deadlines.

In this role, you will have the opportunity to contribute to the development of the next-generation solar car, Sunswift 8, by focusing on sustainable and innovative materials for the chassis, interior, renewable energy systems, alternative energy storage or conducting a Life Cycle Assessment on the vehicle.

Responsibilities

1. Chassis Materials Selection:

Evaluate and propose sustainable materials for the chassis construction, considering factors such as strength, weight, and environmental impact particularly in relation to the body panels, doors, subframes and crash-structures.
Conduct rigorous material testing and analysis to ensure the selected materials are ADR (Australian Design Rules) compliant to meet road safety regulations.

2. Interior Materials Innovation:

Explore and recommend eco-friendly materials for the car's interior, balancing aesthetics, comfort, and sustainability.
Collaborate with the design team to integrate chosen materials seamlessly into the overall car design.

3. Renewable Energy Systems:

Work on the optimisation and mechanical testing of innovative solar panels for Sunswift 8, considering electrical efficiency, performance reliability, and sustainability.
Investigate advanced materials and their properties for use in energy systems throughout Sunswift 8 such as various semiconductors, surface coatings, and functional materials.
Collaborate with the Chassis and Bodywork team on the integration of solar panels into the car's structure, evaluating the potential manufacturing methods and material compatibilities.

4. Alternative Energy Storage:

Investigate and propose materials for storing alternative energy sources, such as hydrogen, within the car.
Collaborate with Chassis and Bodywork team to design safe and efficient storage solutions for alternative energy.

5. Life Cycle Assessment:

Conduct a Life Cycle Assessment on the materials used in the car starting all the way from sourcing of the materials to the final implementation to find the embodied energy, carbon dioxide output or any environmental impacts of the vehicle to recommend further changes in future builds.

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

Renewable Engineer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Apply Here

Responsibilities

Design and develop the solar array structure
Test the solar array on the car embedded with MPPT
Work closely with team in Renewable Makerspace and SIRF, do fabrication and measurement (electrical and optical) with the team.
Simulation of solar cell/array performance
Conduct Life Cycle Assessment study of the solar car process (different role with typical renewable engineer, collaborate with Material Science Team)

Requirements

Currently pursuing a degree in Renewable Engineering, Photovoltaic Engineering, Electrical Engineering, or a related field
Have done SOLA 2060 or SOLA 2051 or other similar courses for students in Renewable Engineering and Photovoltaic Engineering, have done ELEC 2134 or ELEC 2133 for students in Electrical Engineering.
Familiar with LTSpice or some similar simulation software
Experience in AutoCAD/Solidworks modelling, PCB design, C/C++/python/matlab simulation, or any other types of simulation software
Strong problem-solving ability, strong resilience and persistence.
For LCA analysis role: Familiar with OpenLCA or other similar software, will be good if related course(s) have been done.

Industrial Designer

Apply now!

Sunswift Racing is recruiting RIGHT NOW!

If you want to apply your learning to a project with a team of likeminded students, academics and industry partners, apply through the Sunswift VIP project website.

Responsibilities

Conceptualise and develop innovative design solutions.
Create detailed sketches, renderings, and 3D models.
Collaborate with engineering teams (such as the Interior or Chassis) to ensure designs are functional and optimised.
Maintain consistent design documentation.

Requirements

Currently pursuing a degree in Industrial Design, or a related field.
2nd year or above
Proven design experience

Apply Here

Team requirements and priorities will also shift on a term-by-term basis, with recruitment occurring at the end of each academic term, so keep an eye out for new roles that open.