Motorsport R&D Linux Embedded Firmware Engineer
Pubblicato il 21-08-2026 - Altro in Italia
Become a Part of the Marelli team. We are a global independent automotive supplier with a passion for performance and speed. We are pioneers of the future of mobility. Our story is built on innovation and manufacturing excellence.
Every day, we drive change and co‐create what comes next. Our purpose is simple yet ambitious: "Let's push the boundaries together. We aspire to shape future mobility dreams and turn them into reality."
Joining the Marelli Motorsport team means becoming a part of something bigger, a place where you can explore your potential, pioneer innovation, racing ahead, developing advanced systems and components for two‐ and four‐wheel competition vehicles. Marelli Motorsport works both as a technological incubator of advanced custom‐made solutions for the world of motor racing and as brand ambassador. Our main goal is to improve efficiency in all the technologies that we develop, increasing power and reducing losses while minimizing size and weight.
As a global yet fast‐evolving company, we're looking for team members who want to grow and evolve with us.
About the Position
We are looking for a Linux Embedded Firmware Engineer to join the Motorsport R&D; Software Development team.
This position could be based at our offices in Corbetta (Milan area), Bologna or Venaria Reale (Turin area).
As the Motorsport R&D; Linux Embedded Firmware Engineer at Marelli, you will define and develop software for several onboard applications as well as help for setting the future evolution of software and related lifecycle design.
Most of the work is done in C/C++/Python, some in Windows environment and others in Linux.
The person will create designs based on the required specifications with the aim to condense into operative specifications the final user needs. The candidate will also be involved in implementing (coding) the design, based on the current Motorsport codebase, improving and enlarging it. The job activities will include real‐time implementation; testability