Software Engineer

We are looking for a Software Engineer to join our team and take a role in developing and maintaining Neovolt’s Neophy cloud platform — a measurement and analytics system used in industrial hydrogen production with water electrolysers.
This position is ideal for a soon-to-graduate or recently graduated engineer who wants to apply academic knowledge in a real-world environment and grow towards more advanced technical responsibilities over time

Key Responsibilities

  • Maintain and further develop the Neophy cloud environment

  • Contribute to the design and evolution of data processing and computational architecture

You are the person we’re looking for

if you have an interest and motivation to grow in the following areas:

  • Background and/or studies in software engineering, information technology, or data systems
  • Interest in cloud platforms and modern development tools (e.g., Docker, Kubernetes, CI/CD, databases, APIs)
  • Basic programming skills or willingness to learn Python, Node.js, or similar languages
  • Interest in machine learning, data processing, and cybersecurity
  • A self-driven and analytical mindset, with the ability to work both independently and collaboratively as part of a team

We offer

  • An initially part-time position with flexible working hours that can develop into a full-time role as the platform and responsibilities expand
  • A hands-on opportunity to work with industrial hydrogen production applications
  • A great team – guidance and mentoring from Neovolt’s experienced developers and system architects
  • A key role in building Finnish green hydrogen technology with global impact

How to apply

Send your CV and a short motivation letter to careers@neovolt.fi
with the subject line “Software Engineer – Neophy”.
Applications are reviewed on a rolling basis.

About Neovolt

Neovolt Oy is a Finnish technology company developing advanced measurement and analytics solutions for hydrogen production.
The company’s Neophy cloud platform enables real-time diagnostics and optimization of water electrolysers in industrial hydrogen production — improving efficiency, reliability, and sustainability.