Electronics Laboratory Engineer
Pubblicato il 03-09-2026 - Technogym in Cesena
Our CompanyTechnogym inspires 70 million daily users to train using our innovative & engaging solutions for fitness, sport and health. By promoting the Healthness lifestyle of exercise, a balanced diet, and a positive mental approach, AI Tracking & Longevity, Technogym has rapidly grown into a success story of over 2,800 employees at 16 branches, expanding to more than 150 countries. It has been selected as Official Supplier to 10 editions of the Olympic Games - from Sydney 2000 to Milano Cortina 2026.Suppose you are a team player with strong relationship skills and an international approach, eager to invest your energy in building dreams. In that case, you have the right spirit to join Technogym because you have the IMBESTIO You will naturally fit our culture if you work out and live a healthy lifestyle, are proactive, determined, and are digitally savvy. Move with us for a better worldYour RoleWe are looking for a proactive and experienced Electronics Laboratory Engineer who will be responsible for developing and executing electrical test plans for prototype products,
ensuring compliance with technical specifications, and maintaining the operational integrity of laboratory equipment. This role is critical in supporting product development through rigorous testing, analysis, and troubleshooting.You will join our R&D; Team at Technogym HQ in Cesena (Italy) and lead the development and execution of electrical test plans for prototype and power electronics. In this role, you will ensure compliance with safety and EMC/EMI standards, support design validation, and maintain laboratory efficiency. This role requires deep technical expertise and hands-on experience in electrical design, testing, and compliance.Your ImpactDesign Verification & Testing: define and execute electrical test strategies, perform component-level verification, early-stage testing, and FMEA. Collaborate with R&D; to improve design reliability.Electrical Verification & Simulation: validate power stages