Embedded Electronics Engineer

Your mission is to technically raise the hardware base of our home emergency call to the next level. You work at the core of our product development and ensure that our electronics are robust, durable and ready for new functions. You accompany the development process from the first idea to the finished product. This includes the revision and optimization of existing PCBs, the selection of suitable components, taking into account efficiency and availability as well as the design of new hardware modules. A special focus is on system integration: New products must seamlessly integrate into the existing home emergency call infrastructure, which requires close coordination with software development and mechanics. You never lose sight of reality: you build prototypes, perform measurements and test your circuits under real conditions. Your work is the foundation for a system that saves life in serious cases. Each component you choose, and each track you draw, contributes to the safety of our users.

You study electrical engineering, mechatronics, or a comparable technical degree program and bring a strong passion for hardware development. Electronics is not a purely theoretical subject for you – you have already gained first practical experience in the design of circuits and the layout of circuit boards. Ideally, you have already worked with common EDA tools (e.g. KiCad, Altium or Eagle) and you know how to get from the schematic to the finished layout. You're not afraid of the soldering iron and you understand how to safely use oscilloscope and multimeters to detect errors in prototypes. In your work, you are precise and quality-conscious. You know that in electronics small mistakes can have great impact, and place value on a clean documentation. You think in systems: You are interested not only in the individual component, but how it interacts with sensors, actuators and the radio infrastructure of the home emergency call. That could be your call if you: desire not only to design electronics on paper, but to use them in a safety-relevant product; gladly accompany the entire process from component selection to PCB design to validation in the laboratory; have an eye for details in the layout (EMV, signal integrity, space optimization); have fun to design new hardware features in such a way that You harmonize perfectly with our existing infrastructure; to find solutions that can also exist in series production; an activity where your hardware designs ultimately make a real difference in the life of older or needy people.

Grant for the Deutschlandticket Flexible working hours Free drinks in the office Internet connection grant Jobrad Occupational pension 50 € tax-free allowance Free home emergency call