Senior Application Engineer
Pubblicato il 10-10-2026 - Eaton in Piemonte
Eaton's Mobility Group is shaping the future of mobility through cutting-edge technologies that enhance safety, maximize efficiency, and drive sustainable innovation. Over the past decade, Eaton has consistently maintained a diversified and cautious approach to the evolution of the Automotive market. The growth of the e Mobility division has not slowed down Eaton's activities in internal combustion engines; on the contrary, the company has continued to invest in this area and expand its technical expertise. As the automotive industry evolves, OEMs are increasingly seeking innovative solutions that address ever more demanding emissions regulations while reducing CO2 output.
Eaton is uniquely positioned to support these challenges, leveraging deep engineering expertise, a global manufacturing footprint, and a strong track record in advanced engine technologies. Product Engineering for Valves and Valve Actuation plays a pivotal role in this effort,
collaborating closely with eight manufacturing sites and four technical centers worldwide to deliver high-performance solutions for both traditional and hybrid powertrain applications.
Eaton's Mobility Group is currently seeking a Product Engineer, to join our global Valves Product Engineering team. In this role, you will work on technically complex projects with demanding performance requirements and ambitious timelines, contributing to the development of innovative valve and valve actuation solutions for leading automotive manufacturers worldwide. Eaton provides a competitive total rewards package based on applicable skills, knowledge and experience, and aligned with internal and external market practices.
Salaries are based upon candidate skills, experience, and qualifications, as well as market and business considerations.
Join a multicultural, cross-functional engineering team developing valvetrain technologies. Design, analyze, validate, and industrialize valvetrain components from prototype through serial production.