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.
Today, we are strengthening our expertise and recruiting an Electrical Systems Engineer W/M
As part of our R&D Engineering team, you will contribute to the development of the electrical architecture of our next-generation Fuel Cell power generation systems.
You will be responsible for the design and integration of the electrical systems that connect the fuel cell module, Power Conversion Unit (PCU), energy storage system, Balance of Plant (BoP), cooling system, and plant control system into a safe, reliable, and high-performance stationary power solution.
We are looking for an Electrical Systems Engineer with experience in stationary power systems, generator sets (gensets), industrial automation, power conversion equipment, renewable energy systems, or industrial electrical equipment.
Working in a multidisciplinary environment, you will collaborate closely with mechanical, controls, thermal, system, testing, and manufacturing teams, as well as external suppliers, throughout the complete product development lifecycle.
Key Responsibilities
Define and maintain the electrical architecture of the fuel cell power generation system, including the Power Conversion Unit, fuel cell module, energy storage system, Balance of Plant, and auxiliary equipment.
Design electrical wiring architecture, cable routing, harnesses, power distribution, protection devices, grounding, and electrical interfaces.
Specify and select key electrical equipment, including power converters, inverters, DC/DC converters, contactors, circuit breakers, sensors, power supplies, transformers, and energy storage components.
Define electrical interfaces with the PLC, HMI, power electronics, cooling system, instrumentation, and customer installation.
Prepare electrical schematics, interface documentation, electrical specifications, and Bills of Materials.
Support supplier selection, review technical proposals, and validate compliance with project requirements.
Participate in equipment integration, commissioning, system validation, troubleshooting, and root-cause analysis.
Ensure compliance with electrical safety, EMC, insulation coordination, grounding, and applicable international standards.
Contribute to continuous improvement of electrical integration practices, reliability, and product performance.
Profile
Education
Master's degree in Electrical Engineering, Power Electronics, Mechatronics, Energy Systems, or a related engineering discipline.
Experience
5–10 years of experience in electrical system design and integration for industrial or stationary equipment.
Experience in generator sets, industrial automation, power conversion, renewable energy, electrical distribution, battery energy storage systems (BESS), or similar industries is highly desirable.
Experience with fuel cells or hydrogen systems is considered a plus.
Technical Skills
Strong knowledge of low-voltage electrical systems and industrial power distribution.
Experience with electrical architecture, wiring design, cable sizing, protection coordination, grounding, and EMC.
Familiarity with power electronics integration (inverters, converters, rectifiers, UPS, energy storage systems).
Understanding of PLC interfaces, industrial instrumentation, and industrial communication protocols such as CAN, Modbus TCP/IP, and Ethernet.
Ability to read and produce electrical schematics using tools such as EPLAN, SEE Electrical, AutoCAD Electrical, or equivalent.
Knowledge of applicable standards for industrial electrical equipment and machine safety.
Personal Skills
Strong analytical and problem-solving abilities with a systems engineering mindset.
Autonomous, organized, and comfortable working in multidisciplinary teams.
Excellent communication skills with international suppliers and technical partners.
Fluent English is required; French is a plus.
What we offer
- A high‑impact position within a fast - growing company
- A scope of responsibilities that will expand as the company grows
- An ambitious, supportive, and forward‑looking team
Benefits
Health insurance
Meal vouchers (€9.48/day)
Friendly and collaborative work environment
Compensation
Based on profile and experience
