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Inocel, located in Belfort, France, is seeking a Senior Systems Engineer to manage engineering activities related to advanced fuel cell systems. This role demands strong expertise in Model-Based Systems Engineering and requirements management in a multidisciplinary context.
The ideal candidate will lead cross-functional teams to define and validate system architectures, ensuring compliance and performance for stationary power solutions. Working with Inocel means contributing to the vital energy transition industry with an impactful role.
INOCEL is a French company in the industrial energy transition, specialized in the design and commercialization of modular, free‑emission hydrogen generators. Our solutions deliver continuous and reliable power to critical industries - from data centers to construction sites and remote locations - without compromising performance.
Backed by more than 25 years of research on hydrogen fuel cells, we offer modular generators for both stationary and mobile applications: GEN‑Z 300, GEN‑Z 600, and GEN‑Z 1300. Beyond equipment, INOCEL provides turnkey solutions, including integration, maintenance, and advanced monitoring to ensure reliability, performance, and durability.
With industrial production in Belfort and R&D centers in Grenoble and Cannes, INOCEL combines innovation, technological expertise, and positive environmental impact. Our scalable and silent solutions enable partners worldwide to transition toward a zero‑carbon future, reinforcing our international vision and our role as a global leader in hydrogen energy.
We are seeking an experienced Senior Systems Engineer to support the development of advanced fuel cell systems for stationary power applications.
The successful candidate will lead systems engineering activities throughout the product development lifecycle, ensuring that customer, regulatory, performance, and safety requirements are properly defined, allocated, verified, and validated.
This role requires strong expertise in Model‑Based Systems Engineering (MBSE), requirements management, system architecture, and cross‑functional coordination. The ideal candidate will have experience working on complex electro‑mechanical, thermal, or energy systems and be comfortable interfacing with engineering teams across multiple disciplines.