ISEE

You'll join the hardware team at ISEE, designing **electro-mechanical architectures** for autonomous vehicles. Your work will drive development from prototype to production, **defining communication systems** like CAN and SPI. This role offers hands-on impact in **safety-critical system design** and integration.

You'll **monitor and support** Autonomous Yard Trucks in real-time, providing troubleshooting for HW/SW issues and **reviewing log data** of system failures. You'll interact with customers as an ambassador for ISEE's technology, helping to **launch autonomous systems** in customer yards.

You'll lead perception algorithm development for **autonomous driving systems** at ISEE. Core impact includes deploying robust object detection, localization, and sensor fusion on our **vehicle fleet**. This role offers the opportunity to shape cutting-edge AV technology.

You'll **design, integrate, and validate hardware for autonomous vehicles** at a self-driving truck startup. You will oversee projects from concept through production, **creating engineering specifications and managing schedules**. This role offers the chance to work on cutting-edge autonomous vehicle technology and collaborate with contract manufacturers.

You'll oversee **customer operations** including demos, pilots, and launches while ensuring smooth vehicle operations and compliance. You'll coordinate onsite teams and communicate updates to leadership, driving **operational excellence** across product and engineering teams.

You'll support the full software development life cycle for ISEE's **autonomous vehicle software stack**, building efficient, robust and secure **infrastructure** for responsive product development. You'll collaborate cross-functionally with hardware engineering teams to enable new components on self-driving vehicles.

You'll work alongside engineers to **implement electromechanical systems** and **launch autonomous vehicles** at customer sites. Your core impact will be testing, troubleshooting, and debugging complex systems. You'll also **communicate issues** with remote hardware and local teams.

You'll lead **embedded software development** for **autonomous vehicle ECUs**, sensors, and safety systems at ISEE. You'll bridge hardware and higher-level software. This role combines hands-on coding with safety-critical system design.

You'll assist and drive customer operations including on-site pilots, Proofs of Concepts, and rollouts for **autonomous vehicle systems**. You'll ensure smooth vehicle operations and **collaborate with cross-functional teams** to execute demos and deployments. This role offers a chance to work closely with leadership in a fast-paced robotics company.

You'll lead research to develop **humanistic AI** for autonomous systems at ISEE. Your work will directly impact self-driving vehicle technology, collaborating with engineering teams on real-world robotics problems. You'll publish findings in **top-tier conferences** and design experiments to benchmark results.

You'll support the full software development lifecycle for an **Autonomous Vehicle software stack**, building efficient, robust infrastructure for responsive product development. This role offers the chance to **work on complex, performance-critical codebases** and **collaborate with hardware engineering teams** on self-driving vehicles.

You'll design and develop **prototype hardware systems** for **self-driving trucks**, taking concepts from alpha through production. Create drawings, BOMs, and lead design reviews while collaborating with suppliers. This role offers hands-on work with cutting-edge autonomous vehicle technology.

You'll **assemble and install electromechanical systems** on autonomous tractors, performing end-of-line testing and debugging. Your core impact is ensuring prototype vehicles are built, configured, and debugged to specification. This role offers hands-on work with **cutting-edge autonomy systems** in a dynamic build-operations team.

You'll **monitor and support Autonomous Yard Trucks** in real-time as part of ISEE's Deployment & Operations Launch teams. Your core impact is troubleshooting hardware and software issues and reviewing log data to improve autonomy systems. This role offers the chance to **launch cutting-edge autonomous technology** in customer yards.

You'll join our Deployment & Operations Launch teams to **monitor and support Autonomous Yard Trucks** in real-time. Your core impact involves **troubleshooting hardware and software issues** on prototype vehicles and providing feedback. This role offers the chance to **launch cutting-edge autonomous technology** in customer yards.

You'll **monitor and support autonomous yard trucks** in real-time, providing **technical troubleshooting** and feedback to improve system performance. You'll serve as an **ambassador to customers** during deployment of cutting-edge autonomy technology.

You'll **develop and conduct test requirements** for autonomous vehicle software and hardware, collaborating with engineering teams. Your work will directly impact **real-world autonomous yard operations**. You'll **debug and resolve on-vehicle issues** to ensure reliable system performance.

You'll develop and execute test plans for autonomous vehicle systems, perform root cause analysis on hardware and software issues, and create data visualization tools to extract insights from testing. You'll collaborate with cross-functional engineering teams to ensure **robust test coverage** and communicate results to technical leads.

You'll join ISEE's hardware team to design and support electrical systems for **self-driving vehicles**. You will develop robust electrical architecture and drive integration from prototype to production.

You'll **design and test control algorithms** for autonomous vehicles at a **robotics startup**. Your core impact is ensuring safe and optimal vehicle dynamics through simulation and field testing. This role blends hardware and software for self-driving systems.

You'll **develop, test, deploy, and maintain software** for a robotic arm based trailer coupling solution at ISEE. Your work will involve **both core algorithms and infrastructure**, troubleshooting hands-on on the arm to bring real-world robotics solutions to life.