Qualcomm Technologies is seeking a Staff Software Applications Engineer to join their Automotive Application Engineering Group. This role represents an exciting opportunity to work with the #1 semiconductor company in telematics, bringing over 30 years of wireless technology expertise to the automotive space.
The position focuses on embedded software development for advanced on-board systems that meet the growing demand for automotive connectivity. You'll be working with Qualcomm's integrated Snapdragon automotive processors, which power cutting-edge features like 3D navigation, media streaming, parking assistance, and advanced recognition systems.
As a Staff Software Applications Engineer, you'll be instrumental in collaborating with automotive partners and customers throughout the entire product lifecycle - from concept to commercialization. The role involves comprehensive work with embedded software, including hardware and software designs, feature prototyping, integration, customization, and performance optimization.
Key responsibilities include developing and debugging device drivers for Linux, Android, and QNX embedded systems, providing direct customer support, and helping partners customize software solutions. The ideal candidate will demonstrate strong analytical and problem-solving abilities, quickly adapt to existing projects, and understand complex automotive platform architectures.
The position offers competitive compensation ($145,000 - $217,600) plus comprehensive benefits including annual bonuses, RSU grants, and health coverage. You'll be joining a team that's redefining the connected smart auto landscape, working with major global automakers and contributing to industry-first innovations.
This role is perfect for someone with strong software engineering expertise who wants to work at the intersection of automotive technology and cutting-edge software development. You'll have the opportunity to impact the future of automotive technology while working with some of the industry's most advanced platforms and systems.