Electrical Engineer

Fuse Energy is a forward-thinking renewable energy startup on a mission to deliver a terawatt of renewable energy - fast. We're combining first-principles thinking with cutting-edge technology to build a radically better energy system. We raised $170M from top-tier investors including Multicoin, Balderton, Lakestar, Accel, Creandum, Lowercarbon, Ribbit, Box Group and strategic angels like Nico Rosberg, the Co-Founder of Solana and GPs behind Meta, Revolut, Spotify, Uber and more.

We’re creating a fully integrated energy company: from developing solar, wind and hydrogen projects to real-time power trading and distributed energy installations. By selling directly to consumers, we cut out the middleman, lower costs and pass on savings to customers.

But we’re not stopping there. We’re also building the Energy Network: a decentralised platform of smart devices that rewards users in Energy Dollars for electrifying their homes, shifting usage to off-peak hours, and helping balance the grid. This network strengthens grid stability - a critical foundation for scaling AI data centers and other energy-intensive industries.

As we continue to develop cutting-edge technologies and sustainable energy solutions, we are looking to hire a versatile Electrical Engineer with a broad engineering interest who is passionate about solving complex problems in the renewable energy sector. This role goes beyond traditional engineering. You'll engage in technical problem-solving and renewable energy engineering whilst also driving business development, market research and techno-feasibility evaluations.

Responsibilities

• Collaborate within a diverse team to bring renewable energy technologies to market, engaging in every phase of engineering development - from concept and design, through to construction and commissioning
• Conduct research and development to enhance current processes, explore new sustainable technologies and assess emerging market opportunities globally
• Engage in a diverse range of projects, ranging from the technical development of hydrogen production systems (electrical control systems and interface), conducting feasibility studies for long-duration energy storage technologies and supporting the engineering efforts connected to our solar and wind energy assets