Top Tech Jobs & Startup Jobs

Develop and integrate deep-learning computer vision and perception algorithms for autonomous vehicles. Responsibilities include managing data pipelines, designing and optimizing neural networks, defining performance metrics, leading long-term projects, communicating results, and aligning algorithms with product needs. The role requires strong computer vision, deep learning, mathematics, Python, and PyTorch expertise, with C++, Linux, Git, and research publications advantageous.

Develop motion planning and decision-making algorithms for autonomous vehicles. The role involves applying optimization, reinforcement learning, guidance, and related techniques, with coding in Python and C++. Candidates need at least three years of algorithm engineering experience and an advanced degree or equivalent background in a quantitative field. The position is full-time and on-site in San Jose, with opportunities for growth toward team leadership.

Own EU enterprise sales for a subscription-based AI platform, focusing on German-speaking markets. Responsibilities include prospecting, pipeline growth, consultative selling, product demonstrations, customer relationship management, contract negotiations, market expansion, customer visits, and industry events. The role requires native or fluent German, strong B2B SaaS enterprise sales experience, strategic execution, and periodic international travel.

Develop high-performance C++ services and libraries on Linux for real-time systems integrating AI, hardware interfaces, and sensor data. Optimize CPU, memory, I/O, concurrency, and build performance; debug multithreaded issues; write tests; apply sanitizers and static analysis; and contribute to CI pipelines and developer tooling.

Design and implement motion planning, guidance, and control algorithms for autonomous vehicles. Validate performance through system-level testing, optimize algorithms for real-time embedded execution, and translate complex traffic scenarios into safe vehicle behavior. The role also involves research, technical collaboration, code reviews, and applying vehicle dynamics, sensor fusion, localization, state estimation, and filtering techniques.