About the company
Coris Innovation is a consulting company specialized in systems engineering and industrial processes. Founded in 2015, our company was built on a clearly defined principle: Establish consulting within a long-term, close relationship by ensuring the satisfaction of our partners, consultants, and organization. This approach to engineering consulting is now shared by a hundred employees spread across five offices in Switzerland and France (Annecy, Bourges, Grenoble, and Lyon), who support our industrial clients in their daily innovation, Research & Development, and production challenges. Do you want to be part of the adventure and join a growing company that is committed to fulfilling its promises to both its employees and clients? Then, you\'re in the right place!
Job Description
Do you have an Airborne Experience as an Electronic HW Engineer? Are you familiar with Altium? This position is yours! We are seeking an Electronic Hardware Engineer, as a Consultant position. You will collaborate with passionate professionals working on innovative Airborne applications. Your responsibilities will include designing reliable analog and mixed-signal electronics that meet functional specifications that are related to the airborne environment.
Role and responsibilities
* Select and qualify components, produce schematics (preferably in Altium 365), oversee PCB layout, and manage procurement
* Define requirements, develop architectures, and perform circuit-level design for high-reliability, cost-optimized analog and mixed-signal subsystems
* Collaborate closely with RF, system, mechanical, and embedded software engineers
Location and duration
* Based in Lausanne
* Long term position
Qualifications
* MSc/ PhD (or equivalent) in Electronic Engineering or a related technical discipline
* 6+ years of experience in hardware/electrical engineering in highly regulated domains (e.g., aerospace, space systems, automotive, medical devices)
* Experience with PCB Schematic Capture and layout. (Altium)
* Experience in prototyping, architecture definition, simulation, validation, and applying DFx principles
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