Toyota Racing Development (TRD) is seeking a talented Software Developer to join their championship-winning racing organization. This role offers a unique opportunity to blend motorsports passion with cutting-edge technology, working on high-performance tools and applications that directly impact racing performance across NASCAR, GR, and other series.
As a Software Developer at TRD, you'll be responsible for designing, building, and maintaining applications that support race teams and engineering groups. You'll work with real-time motorsports data, develop analytics tools, and create simulation applications that drive decision-making both on and off the track. The role requires expertise in modern web technologies like JavaScript, TypeScript, and React, along with a strong foundation in software engineering principles.
The position offers an exciting fast-paced environment where your work directly influences racing performance and innovation. You'll collaborate with a diverse team of engineers, data scientists, and racing experts, participating in the full development lifecycle from concept to deployment. The role combines the excitement of motorsports with the challenges of modern software development, making it perfect for developers who are passionate about both technology and racing.
Working at Toyota means joining one of the world's most admired brands, known for its commitment to innovation and mobility solutions. The company culture emphasizes collaboration, respect, and the freedom to dream and do. With a competitive salary range of $97,400 to $158,200, this role offers the opportunity to work on cutting-edge projects while being part of Toyota's mission to lead the future of mobility.
The ideal candidate will bring 2+ years of software development experience, strong technical skills, and the ability to thrive in a performance-driven environment. While motorsports experience is a plus, the most important qualities are technical excellence, collaborative spirit, and a passion for creating high-impact software solutions.