NES Fircroft is partnered with a global leader in the green hydrogen space as they search for a Test Engineer to join their electrolysis testing team based near Perth.
This is a Monday to Friday contract role for 12 months initially with potential to extend longer or become permanent.
This is a multi-faceted role that involves a mix of hands-on assembly and testing, engineering and data analysis, working closely with the design team, technical documentation, and product development.
Key accountabilities will include:
* Preparation of test procedures and plans to develop new and emerging water electrolysis technologies.
* Gathering, analysis and reporting of test data. Automating the test reporting system.
* Manual execution and data reporting of some test cases.
* Problem solving day to day issues, raising issues or the requirement for design changes to the engineering team where required.
* Participating in traceability activities.
* Design and development of testing equipment.
* Working with the design team to convert prototypes to manufacturable parts based on test results.
Qualifications and skills required:
* Tertiary qualification in mechanical engineering is highly regarded, but not essential.
* Experience in testing software and/or hardware systems.
* Experience in requirements analysis, traceability and creating, executing and reporting testing outcomes to engineering in a highly professional manner.
* Understanding of basic engineering workflows and System Development Life Cycle.
* Tertiary qualifications highly regarded, but not essential. Further training and support will be provided.
* Contribute effectively towards the objectives of the team and share knowledge, ideas and information.
* Well-developed problem solving and decision-making skills, with the ability to solve problems in a measured and creative way.
* Some experience in prototypes and design for manufacture (advantageous).
* Experience with rapid prototyping manufacturing using CNC Machines/Routers, Laser Cutters, Water Jet Cutting and Injection Moulding (advantageous).
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