Qualcomm is seeking a Senior C++ Developer to join their Automated Driving Customer Functions team, focusing on driver monitoring systems. This role combines cutting-edge automotive technology with safety-critical software development, offering an opportunity to work on next-generation driver assistance systems.
The position involves developing modern C++ code for Driver Monitoring algorithms, working with ASIL Safety rated components, and ensuring code meets rigorous safety standards. As a senior role, it requires both technical expertise and leadership capabilities, including mentoring junior engineers and contributing to architectural decisions.
The ideal candidate will bring strong C++ programming skills, understanding of vehicle dynamics, and experience with spatial coordinate transformations. Knowledge of ISO 26262 standards and ADAS experience are valuable assets. The role offers exposure to advanced driver monitoring technologies, including attention detection, fatigue monitoring, and driver behavior analysis.
Qualcomm provides a comprehensive benefits package, including competitive base salary ($121,400 - $182,000), annual bonuses, RSU grants, and extensive health and wellness benefits. The company's culture emphasizes innovation, collaboration, and professional growth, with opportunities for continuous learning and development.
Working at Qualcomm means joining a global technology leader that's shaping the future of automotive safety and autonomous driving. The position is based in Novi, Michigan, where you'll collaborate with cross-functional teams and contribute to products that enhance driver safety and vehicle intelligence.
This role offers the chance to work on meaningful projects that directly impact vehicle safety while advancing your career in a supportive, technology-driven environment. Qualcomm's commitment to innovation, combined with their comprehensive benefits and professional development opportunities, makes this an excellent opportunity for experienced C++ developers looking to make a significant impact in automotive technology.