Design Engineer (all genders) - EE ADAS Sensing

You face challenges like

• designing and reviewing electronic circuits and PCBs for automotive-grade ADAS sensors

• understanding and applying knowledge of LEDs, LED drivers, LDOs, DC/DC converters, PMICs, and automotive SOCs in design and development processes

• developing and implementing system architectures for integrating these components into vehicle platforms

• collaborating with cross-functional teams to ensure seamless integration of electronic systems

• conducting thorough testing and validation of designs, adhering to automotive industry standards

• optimizing designs for performance, cost, and manufacturability.

• staying current with emerging technologies and industry trends in automotive electronics

• ensuring compliance with specifications and standards specific to the body electronics and lighting domain, such as ISO 26262, AEC-Q100, and automotive communication protocols

• participating in design reviews and providing feedback and suggestions for design improvements

• working closely with suppliers and manufacturers to ensure the availability of quality components for production

• analyzing and troubleshooting electrical issues, ensuring timely resolutions and continuous improvement

You inspire us by

• holding a Bachelor’s degree in electrical engineering or a related field, with a Master's degree preferred

• bringing 3+ years of experience in automotive electronics design, especially in luxury, high-performance vehicles, robotics, or similar fields

• demonstrating a strong understanding of electrical schematics, layouts, and PCB design principles, with familiarity in PCB design software like Altium Designer

• applying knowledge of automotive standards, including ISO 26262, AUTOSAR, and CAN protocols

• being familiar with automotive Ethernet, FPD-Link, GMSL, and similar protocols and architectures, as well as high-speed interfaces like MIPI, DSI, and CSI

• using MATLAB/Simulink or Python for simulation and modeling

• applying expertise in high-speed digital design and signal integrity principles

• understanding EMC/EMI considerations in automotive environments

• gaining experience with ADAS technologies, including cameras, radars, and LiDARs

• developing test plans and conducting validation tests for electrical components and systems

• solving complex electrical issues with strong problem-solving skills

• collaborating effectively with cross-functional teams and external suppliers, demonstrating excellent communication skills

• gaining experience with Vector CANoe for automotive network analysis

• applying knowledge of SPICE simulation tools for circuit analysis

• using LabVIEW for testing and measurement

Better Living not only in Engineering - you can expect

• diverse career paths and individual development perspectives in a future-oriented company

• mentoring programs, feedback discussions, and further training

• modern equipped offices

• flexible working models and mobile work depending on the project situation

• attractive additional benefits such as daycare subsidies, company pension scheme, company health insurance

• employee offers such as corporate fitness, JobRad, PC leasing, shopping discounts, and team events