Internship: Internal Tool Development
- Application Deadline: Nov. 22, 2026
- Ängelholm
- On-site
The SWEET department at Koenigsegg is looking for motivated students interested in developing internal tools and software solutions that support software engineering, production, and other teams working directly with our vehicles.
As an intern you will contribute to the development of internal Koenigsegg tools used by software engineering, production, and other teams working directly with our vehicles.
Depending on your interests, skills, and background, you will have the opportunity to focus on one of the following projects:
- Virtual Vehicle Lab: Develop a configurable vehicle simulator that models a vehicle with multiple Electronic Control Units (ECUs).
- MDF Library: Develop a cross-platform Measurement Data Format (MDF) library that supports concurrent data reading and writing.
- XCP Client Library: Develop a cross-platform client library for ECU measurement and calibration using the XCP protocol.
- A2L Parsing Library: Develop a cross-platform library for parsing A2L files used to describe ECU measurement and calibration data.
- Microservice Load Testing: Develop a framework for evaluating microservice performance, scalability, and capacity under different workloads.
Responsibilities
- Develop, modify, and extend internal software tools used across Koenigsegg.
- Contribute to frontend, backend, or library development, depending on the selected project.
- Test and validate solutions using vehicle systems and real-world vehicle data.
- Collaborate closely with a small, agile, and cross-functional team of embedded software engineers.
- Contribute to software testing, code reviews, and technical documentation.
Work with great people
Skills & Requirements
Requirements
- Currently pursuing a B.Sc. or M.Sc. in Computer Science, Software Engineering, or a related field.
- Programming experience in C++ and/or Python.
- Basic familiarity with version control and software development practices.
- An interest in writing clean, maintainable, and reliable code.
- A proactive and curious mindset, with a willingness to learn and solve technical challenges.
- Ability to work both independently and as part of a team.
- Professional proficiency in English.
Good to have
- Experience in Qt and QML.
- Experience working with CAN bus protocols
- Cross-platform development, concurrent programming, or software library design.
- Frontend and backend development.
- Performance profiling and code optimization, including for resource-constrained environments.
- Vehicle communication protocols, measurement data formats, or simulation tools.
Availability
- According to agreement
In your cover letter, please describe:
- Why you would like to do your internship in this department?
- What you hope to learn and achieve during your time here?
- What experience or background you already have within this area?
#LI-DNI
Great Place to Work
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Opportunity to impact a growing company
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Work alongside world-class talent
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Flexible work schedules + Culture of collaboration
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Long track record of success and profitability
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Engaging and sharing work environment
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Quick decision making, flat hierarchy
About the company
Koenigsegg is most known for building some of the fastest cars in the world; with almost all of our megacar technologies that are patented and made in-house by our almost 750 world-class technicians, engineers, sourcing experts, production craftsmen, and communicators.
What we’ve created is a unique proving ground of engineering creativity that makes use of our breakthrough megacar development and legacy to push the boundaries of sustainable mobility technology.
So, what’s next?
We are on a universe-denting mission to develop the next generation of breakthrough tech and products. We are looking for outstanding, impactful, and authentic individuals to grow with us. Our ambitions are inspiring but will push the limits of what is possible – requiring one to work efficiently amid our cross-functional teams to execute at high-quality levels.
The goal is clear: innovate and transform.
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