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Novax Recruitment Ltd is seeking a Staff High Voltage Electrical Engineer (EPC / Substation Design) for a California-based project. You will lead end-to-end HV substation design (69kV-345kV), develop protection, grounding, and single-line diagrams, and own input into grid interconnection discussions.
The role sits between engineering, construction, and commissioning, with hands-on design, modelling, and field energisation. A PE license in California and ABET-accredited degree are required.
This is one of the fastest-scaling organisations operating in the advanced energy and electrification space, building infrastructure that sits directly behind the transition to large-scale electrified industry.
At its core, the business is developing and operating high-capacity electrical systems that support energy-intensive industrial processes and grid-connected expansion. The engineering environment is fast-moving, highly technical, and backed by significant long-term investment into infrastructure and capability.
The work includes large substation and transmission-level systems (69kV-345kV), integrated into complex industrial facilities where reliability, uptime, and scale are critical to success.
This is not a maintenance environment. It's a build-and-scale engineering function with real ownership over how high-voltage systems are designed, delivered, and improved over time.
This is a senior-level high-voltage EPC engineering role sitting at the centre of design, analysis, and delivery.
You won't be working in isolation - this role sits directly between engineering, construction, and commissioning, meaning your designs are actively built, tested, and energised in the field.
This hire is part of a wider expansion of the organisation's high-voltage EPC capability as project volume increases and infrastructure complexity grows.
The business is scaling its internal engineering function to support a growing pipeline of grid-connected industrial developments and long-term electrification projects.
Put simply: more work, more complexity, and a need for deeper in-house technical ownership.
This is a chance to step into a technically significant role where your work directly impacts real-world high-voltage infrastructure being designed, built, and energised at scale.
You'll gain exposure across the full project life cycle - from early design through to commissioning - within an environment that is actively building out its engineering capability rather than maintaining legacy systems.
For the right person, this offers a rare combination of technical depth, project scale, and genuine influence over how systems are engineered.