Job description
Kitemill AS, a frontrunner in airborne wind energy, is on the lookout for a talented Software Engineer to join our dedicated team. If you possess expertise in developing software solutions, especially for aerospace applications, and are adept at working with a range of technologies such as embedded software, databases, machine learning, web development, Julia, Elexir, LangChain, python, C++, HTML, MATLAB, and more, we would be delighted to connect with you.
Key Responsibilities
- Design, develop, and maintain software solutions for airborne wind energy systems.
- Collaborate with cross-functional teams to define software requirements and specifications.
- Test and debug software components to ensure functionality and reliability.
- Stay updated with the latest software development trends and technologies.
- Ensure software complies with industry standards and best practices.
- Provide technical support and documentation to the engineering and support teams.
Qualifications
- Bachelor's degree in Computer Science, Software Engineering, or a related field.
- Minimum 3 years of experience in software development, preferably in the aerospace industry.
- Proficiency in relevant programming languages and development tools.
- Strong problem-solving and analytical skills.
- Excellent communication and teamwork abilities.
At Kitemill AS, we value innovation and precision in our mission to harness high altitude wind energy. If you are a forward-thinking developer eager to contribute to a groundbreaking initiative, we urge you to apply.
Kitemill AS is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees.
About this role
About Kitemill
Company Overview
Kitemill AS, privately held Norwegian technology company
HeadquartersVoss, Norway
Founded2008
SizeApproximately 20 employees (source: linkedin.com) and operating revenue of 7.4 million NOK in 2025 (source: byggsikt.no)
What They Do
Kitemill specializes in airborne wind energy technology, developing tethered kite systems that fly at high altitudes to harness stronger and more consistent winds, converting this motion into electricity via ground-based generators (source: kitemill.com). Their core product involves a kite connected to a tether and winch generator, utilizing flight patterns designed to extract energy from altitude rather than relying on traditional tower-based turbines (source: kitemill.com). The company’s activities encompass the design, sale, installation, project development, and maintenance of airborne wind energy (AWE) systems, targeting utility-scale power generation, pilot projects, and early commercial deployments (source: career.kitemill.com). Kitemill emphasizes cost efficiency and material reduction compared to conventional wind and solar technologies, with systems capable of accessing winds at altitudes ranging from approximately 300 to 1,500 meters, offering a small visual footprint and relocatable deployment (source: kitemill.com).
Projects & Track Record
Kitemill’s notable projects include the EU Innovation Fund–backed Norse Airborne Wind Energy Project (NAWEP), which received €3.35 million to develop one of the world’s first and largest kite-based power plants connected to the grid (source: kitemill.com). The company currently operates the KM1 unit to gain operational experience and is actively developing the KM2 platform, a 100 kW commercial system under EU project coordination, with plans for future 500 kW and megawatt-scale versions (source: cordis.europa.eu). The main R&D site is located at Lista Fly og Næringspark, supporting ongoing development and testing (source: kitemill.com). Kitemill’s technology platform aims to dramatically reduce material use compared to conventional wind turbines while enabling deployment in locations where traditional turbines are challenging to install (source: kitemill.com).
Recent Developments
In recent years, Kitemill has expanded beyond wind energy into dual-use applications, notably entering the defense market with "drone walls"—autonomous tethered aircraft designed for ISR missions and airspace monitoring, capable of carrying sensor payloads while airborne (source: kongsberginnovasjon.no). The company secured the EU Innovation Fund award in 2024 for the NAWEP project, reinforcing its position in airborne wind energy innovation (source: kitemill.com). Additionally, the KM2 100 kW system remains under active development as part of ongoing EU-supported projects (source: cordis.europa.eu).
Working There
Kitemill offers roles primarily in engineering, research and development, product and project development, installation, and maintenance of airborne wind energy systems (source: career.kitemill.com). The company operates from its headquarters in Voss and maintains an R&D presence in Vanse/Farsund, Norway (source: kitemill.com). Its culture is characterized by a strong focus on technical innovation and deep specialization in airborne systems, supported by a small, international expert team led by CEO Thomas Hårklau and CFO Asgeir Løno (source: kitemill.com). The company emphasizes a collaborative environment centered on pioneering airborne wind energy technology rather than conventional utility or industrial service models (source: career.kitemill.com).
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