Fabrum develops and deploys end-to-end hydrogen solutions globally. Fabrum also has a strong presence in the cryogenic markets for liquid nitrogen, liquid oxygen, and liquid natural gas. Our global customer base spans transport, mining, hi-tech research institutions, military, healthcare, and manufacturing.
Fabrum completed a successful financing round in 2023, attracting $23M in funding from high-profile global investors. We are also part of a newly formed Hydrogen Consortium, which includes Airbus and Air New Zealand, to pioneer the commercial deployment of green hydrogen-powered aircraft.
We are in high-growth mode and are looking for people who want to help us drive our vision to create clever solutions for a better future.
ABOUT THE ROLE
The Lead Instrumentation and Control Engineer at Fabrum will play a key role in our development of best practice systems and processes, helping to lead the team and drive innovation. You will have the opportunity to:
1. Develop cutting-edge solutions for world-leading projects, including hydrogen refueling stations and liquefiers.
2. Help develop best practice systems and processes, and drive a continuous improvement culture.
3. Provide technical expertise, guidance, and troubleshooting support to resolve complex engineering problems.
4. Ensure compliance with industry standards, codes, and regulations throughout the design and manufacturing processes.
5. Mentor and guide other engineers, fostering their professional growth and contributing to a collaborative team environment.
ABOUT YOU
1. Bachelor of Engineering degree (Electrical/Mechatronics).
2. Leadership experience or aptitude.
3. 7+ years of relevant experience.
4. Proven experience in designing control systems for process control and explosive atmospheres (AS/NZS 60079 or comparable).
5. Proven experience with Siemens control systems, Ignition SCADA systems, and remote IIoT systems.
6. Competent with safety in design (HAZID, HAZOP, SIF, SIS, etc.).
7. Competent in producing control system documentation such as functional descriptions.
8. Control system design related to cryogenic systems or fuel systems (production/storage/transfer).
9. Experience with functional safety (TUV functional safety certification).
10. Commissioning experience.
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