Mechanical Design Engineering - Commercial Off-The-Shelf (COTS)

At Koenigsegg, we bring together curious minds and skilled engineers who share a passion for pushing technology forward. As part of our R&D team, you will work in a collaborative environment where ideas grow into world-class innovations.

We are currently expanding our R&D team and are looking for a Mechanical Design Engineer with experience in standard components and materials.

The role offers the opportunity to contribute to the design and development of components and systems that define the performance, functionality, and quality of our cars. You will be surrounded by dedicated colleagues who value teamwork, precision, and creativity at every step of the process.

Responsibilities

You will be responsible for creating and maintaining our standard components and materials library within the R&D Engineering department. This will include all development phases, from conceptual design to end of production, and will require close collaboration with all parts of the organization, including but not limited to Prototype, Testing, Procurement, Production, Quality, CAE, and Homologation.

You will:

Create and maintain 3D models, assemblies, and 2D drawings using CATIA V6 / 3DEXPERIENCE for the catalogue of standard parts (commercial off-the-shelf products).

Maintain the internal table for fastener tightening torques and standards.

Create and maintain the materials and surface treatments library using CATIA V6 / 3DEXPERIENCE.

Support the Low Voltage Electronics department in releasing engineering data, such as PCB/FPC and Bootloader data, using CATIA V6 / 3DEXPERIENCE.

Create Koenigsegg Technical Standard (KTS) documents, engineering instructions, specification drawings for families of parts, etc.

Facilitate tests to verify component functionality and ensure that requirements are met when needed.

Apply data-driven analysis to identify root causes, enhance product reliability, and optimize performance.

Assist in selecting and interacting with suppliers and technology providers to ensure quality and performance targets are met.

Provide technical support to ensure the successful introduction of off-the-shelf components and systems into and throughout production.

Bachelor's or Master's degree in Mechanical Engineering or a related field.

3+ years of experience in engineering design within the automotive, aerospace, or similar industries.

Proven understanding of part and assembly design, DFM, and component durability.

3+ years of CAD experience, preferably with CATIA V5/V6 or 3DEXPERIENCE.

Experience with Microsoft Power BI Essentials and proficiency in Word and Excel.

Professional-level English, both written and spoken.

Meritorious experience:

Work experience in the top-tier automotive or motorsport industry.

Experience with standard parts (commercial off-the-shelf products), especially fasteners used in the automotive industry.

Practical, hands-on experience working with cars, racing, or similar activities, either professionally or as a hobby.

Knowledge of material science, including material selection, heat treatment, and surface treatments.

Experience in composite design and manufacturing.

Understanding of automotive regulations and homologation requirements.

Experience with supplier management and technical partnerships.

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.