Propulsion Engineer II (Fluids)
All Orbits, All Planets - Join us on our journey
Gilmour Space is the leading Australian rocket company, pioneering next-generation hybrid propulsion technologies for small satellite launch vehicles.
Are you a creative and experienced Propulsion Engineer II (Fluids) looking for a dynamic role where your skills will make a real impact? Have you ever dreamt of building rockets right here in Australia? Well now's your chance! As part of the Propulsion team at Gilmour Space, you will be responsible for the design, construction, commissioning and operations of Propulsion Ground Support Equipment and infrastructure, including launch fluid systems, propulsion test stands and supporting infrastructure. You will be helping to develop in-house capability and know-how to design, manufacture, and test these systems. So, what are you waiting for? Join us and be a part of a forward-thinking team dedicated to pushing the boundaries of space exploration and let's send Australia to Space together!
How you will contribute to our mission in getting Australia to space:
The below is designed to give you an idea of the role you will play. There will be many more exciting and innovative things to do:
* Design and analyse the fluid and mechanical aspects of Propulsion Ground Support Equipment (GSE) including launch fluid systems, propulsion test stands and supporting infrastructure
* Develop CAD models and drawings of GSE
* Lead and support commissioning of GSE
* Develop written procedures and checklists for performing test & commissioning operations, and support test teams as required
* Fault find and perform rectification of GSE
* Guide the development of written procedures for manufacturing components
* Coordinate the fabrication, assembly and integration of propulsion GSE
* Support the design and testing of propulsion systems
* Support launch preparations and launch operations, as needed
* Perform other duties as requested by Management
Mandatory Qualifications, Skills and Experience:
* Bachelors (BS) degree in an Engineering discipline
* 3+ years of experience in propulsion or mechanical, fluid system design and analysis in a professional setting (excluding internships)
* 3+ years' experience with CAD designing parts and assemblies (NX/Teamcenter preferred, but other relevant experience is valuable), or Experience with at least one commercial FEA or Multiphysics simulation package (ANSYS preferred or NASTRAN, ABAQUS, CFD codes, etc.)
* 3+ years' hands-on hardware experience performing fabrication, assembly, integration and testing
* NV1 Security Clearance eligible preferred
* Proficient in Microsoft Office applications
Desired Qualifications, Skills and Experience:
* Design and build of fluids systems of fuel and oxidizers at room temperature and cryogenic temperatures
* Ability to work well in an integrated team including daily interactions with technicians, engineers, and managers
* Ability to rapidly change roles/responsibilities while working in a high-paced, challenging work environment
* Knowledge of standards concerning the design of high-pressure fluid systems
* Experience interpreting schematics and technical documentation to determine system operation and develop engineering actions
* Experience using diagnostic tools, data analysis and inspection methods to identify failures and maintenance issues on machinery
How to Apply:
Applicants must be an Australian Citizen/Permanent Resident or have an appropriate Australian work visa or work entitlements.
If you are a proactive team player with a passion to get Australia to space and a desire to succeed, please apply now by clicking the apply button and including your resume and cover letter or head to our website: CAREER | Gilmour Space Technologies | Rocket launch provider (gspace.com).
Gilmour Space Technologies is proud to be an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all team members. We strongly encourage applications from Aboriginal and Torres Strait Islander peoples for all positions.
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