Electronics & Embedded Development Engineer (m/f/d)

MED-EL is a leading manufacturer of innovative medical devices for the treatment of various types and degrees of hearing loss. Our unique portfolio of implantable hearing solutions benefits thousands of individuals in more than 140 countries worldwide. With headquarters in Innsbruck, Austria, MED-EL has over 3,300 employees around the world.

RDVI_12609
Electronics & Embedded Development Engineer (m/f/d)
Research & Development
Innsbruck, Austria
Professionals Full-Time 38.5h Permanent

Our R&D Vestibular Implant Systems Group develops innovative MED-EL vestibular implant systems for the treatment of balance disorders. We work closely with leading international research centers and clinical partners. Our goal is to sustainably improve the quality of life of people with balance disorders through innovative technologies.

• Design, develop, and verify electronic hardware for embedded medical devices, from concept through product release

• Develop and optimize Bluetooth® and RF antenna solutions, including simulation, prototyping, testing, and performance validation

• Perform schematic design, select component selection, conduct PCB design reviews, and perform hardware bring-up activities

• Execute hardware verification, EMC/RF testing, root-cause analysis, and troubleshooting of complex electronic systems

• Contribute to hardware architecture decisions and prepare technical documentation in compliance with applicable quality standards and medical device regulations

• Bachelor's degree or higher degree (University, FH) in Electronics Engineering, Electrical Engineering, Embedded Systems, or a related field

• Experience in electronic hardware development, including schematic design, component selection, PCB design, and hardware verification

• Knowledge of RF and antenna design principles, preferably for Bluetooth® Low Energy (BLE) or other wireless communication systems

• Basic software development skills in C/C++ and/or Rust for embedded platforms, with understanding of microcontrollers and digital interfaces