Senior Staff Systems Engineer – Release Strategy & Validation

Join Torc Robotics as a Senior System Test Engineer specializing in vehicle testing. In this pivotal role, you will lead the testing efforts to ensure our autonomous vehicle systems meet the highest standards of safety and performance. Your expertise will drive advancements in our testing methodologies, enabling us to deliver cutting-edge technology.

About Torc RoboticsTorc Robotics is at the forefront of transforming transportation through autonomous vehicle technology. Since our inception in 2007, we have been a pioneering force in the autonomous driving sector, working with seasoned partners to bring our innovative solutions to market. Now proudly part of the Daimler family, we are dedicated to developing cutting-edge software for automated freight transportation, fundamentally changing the way goods move across the globe. Join our team and elevate your career with a company that has a proven track record in autonomous technology and the unique ability to collaborate directly with a truck manufacturer.Join Our TeamThe System Verification and Validation (V&V) team is pivotal in defining and executing comprehensive testing strategies to meet Torc’s release case requirements. This team crafts test specifications and cases, utilizing simulation, hardware-in-the-loop (HiL), and various testing environments to ensure thorough coverage. The System V&V team also processes test data, generates detailed reports, and creates high-quality defect documentation to facilitate issue resolution and promote continuous improvement. Collaboration with systems engineers and developers is essential to ensure effective system integration, safety compliance, and overall product excellence.

The Senior System Test Engineer - Simulation position at Torc Robotics offers the option to work remotely within the U.S. or from Ann Arbor, MI. This role is part of the Systems Test team, which plays a key part in validating the safety and performance of Torc’s autonomous driving system. Role overview As a Senior System Test Engineer, the work centers on simulation, virtual testing, and data-driven validation. The goal is to ensure the autonomous driving system performs reliably and safely before it is deployed on the road. The team investigates both routine and complex driving situations, using simulation to test how the system responds in a wide range of scenarios. Collaboration This role involves close collaboration with teams focused on perception, planning, systems engineering, and safety. Working together, these groups address the technical challenges of testing autonomous vehicle behavior under various conditions. Focus areas Simulation-based validation of autonomous driving features Virtual testing to assess system performance and safety Data-driven analysis to support reliability before deployment Testing in both standard and challenging scenarios

Torc Robotics develops autonomous vehicle technology for automated trucks, with a focus on software that advances commercial freight movement. As part of the Daimler family, Torc has worked closely with major industry partners since 2007. Team focus The Systems Test team ensures the safety and reliability of Torc's autonomous driving systems. Using hardware-in-the-loop (HiL) testing and simulation, the team validates how complex systems behave before new features are deployed to real vehicles. This work bridges software, hardware, and autonomy to confirm that all components operate together as intended. Role overview The Senior Systems Test Engineer - Hardware-in-the-Loop (HiL) designs, develops, and carries out validation strategies for Torc's autonomous driving software. Collaboration is central to this role: working with systems, perception, planning, and software engineering teams to verify that new features and updates integrate smoothly across the autonomy stack. This engineer helps shape test methodologies and ensures that every update receives thorough evaluation before release. Location This position is open to candidates working remotely within the U.S. or based in Ann Arbor, MI.

May Mobility develops autonomous vehicles in Ann Arbor, Michigan, with a focus on improving urban transportation. The company’s Multi-Policy Decision Making (MPDM) technology powers self-driving systems designed to fill public transit gaps and create safer, more accessible cities. Since 2017, May Mobility has delivered over 500,000 autonomous rides worldwide. Role overview The Senior Integration Test Engineer serves as a key connection between simulation and real-world testing within the R&D team. This role centers on validating vehicle system behavior in controlled lab environments. Work includes both static vehicle-level testing and Hardware-in-the-Loop (HIL) testing, such as replaying actual drive logs and documenting how systems respond. Responsibilities extend to leading tests on HIL bench setups and overseeing static vehicle-level simulated driving. The position requires close collaboration with software, hardware, and systems engineers to design HIL infrastructure, develop automation processes, and support team members in validating safety-critical systems. What you will do Validate vehicle system behavior in lab settings using both static and HIL testing methods Replay real drive logs and record system responses Lead testing on HIL bench setups and static vehicle-level simulations Work with engineering teams to design and improve HIL infrastructure Innovate automation processes for testing workflows Mentor team members in safety-critical system validation Requirements Experience with Hardware-in-the-Loop (HIL) testing and static vehicle-level simulation Background in validating complex vehicle systems Ability to collaborate with multidisciplinary engineering teams Strong documentation and process improvement skills Mentoring experience in an R&D setting is a plus

Join our innovative team at Applus+ IDIADA as a Vehicle Test Driver in Ann Arbor, MI. As a key player in our automotive testing division, you will be responsible for conducting thorough assessments of vehicle performance and handling under various conditions. Your insights will help enhance vehicle safety and efficiency, directly contributing to the future of automotive engineering.

Join our team as a Vehicle Test Driver in Ann Arbor, MI, where you will play a crucial role in evaluating and ensuring the performance, safety, and reliability of our automotive products. As part of our dynamic team, you will conduct a variety of tests on vehicles under various conditions to provide valuable feedback on their performance.

About Torc RoboticsAt Torc Robotics, we are driven by the belief that autonomous vehicle technology will revolutionize transportation, freight movement, and business operations. As a pioneering force in the autonomous driving sector since 2007, we have dedicated over a decade to commercializing our innovative solutions in partnership with industry leaders. Now part of the Daimler family, our focus is on developing advanced software for automated trucks, transforming the logistics landscape.Join us to elevate your career with the company that has been at the forefront of autonomous technology and was the first to collaborate directly with a truck manufacturer.Meet the TeamThe Health and Diagnostics Team at Torc plays a crucial role in creating essential diagnostic software that guarantees the safety, reliability, and performance of our autonomous vehicle platforms. As a valued member of this team, you will engage in developing cutting-edge automotive diagnostic solutions that work with electronic control units (ECUs), facilitating in-vehicle and remote fault detection, data logging, and recovery strategies.

About Torc RoboticsAt Torc Robotics, we are pioneers in the realm of autonomous vehicle technology, dedicated to revolutionizing the way we travel, transport goods, and conduct business. Since our inception in 2007, we have been at the forefront of autonomous driving innovation, partnering with industry leaders to bring our solutions to market. As part of the Daimler family, our focus is solely on developing cutting-edge software for automated trucks that will redefine freight movement.Join us to accelerate your career with a company that is a trailblazer in autonomous technology and the first AV software firm to collaborate directly with a truck manufacturer.Meet the Team:The Release department is integral to our product engineering efforts. Our teams ensure the safe and effective deployment of autonomous vehicles through rigorous testing processes, utilizing advanced tools to gather data and evaluate system performance.Your Responsibilities:As a Senior Systems Triage Engineer, you will assess performance data and test results from on-road, simulation, and off-road hardware testing, providing valuable analysis and trend insights to our development teams. In addition to conventional embedded systems triaging, you will leverage techniques to investigate anomalies in training data for machine-learned components.The ideal candidate will possess expertise in thought leadership, cross-functional collaboration, and spearheading initiatives to enhance system triage and forensic processes, particularly in the realm of machine learning. A solid background in large-scale, safety-critical systems and/or software development processes within complex environments is essential to guide our engineering practices.Collaborate with your team and across departments to create a responsive feedback loop for development teams.Analyze and triage issues at the system level, including sensor input, logic, embedded resource, and training data issues.Conduct triaging across various test environments, including hardware-in-loop (HIL), simulation for behavior and perception, and vehicle-level closed-course and public road work.Track and report metrics for test escapes, ensuring effective communication with stakeholders.Deliver system performance metrics based on data collected from our self-driving trucks.

Torc Robotics, based in Ann Arbor, MI, develops autonomous vehicle technology with a focus on automated trucks. As part of the Daimler family, the company works closely with truck manufacturers to bring advanced autonomous freight solutions to market. The Compute Platform Systems Team handles systems engineering for component development and integration, emphasizing cybersecurity and functional safety. Team members play a key role in shaping the future of autonomous trucking technology. Role overview The Senior Functional Safety Systems Engineer leads analysis and assessment activities related to functional safety for the Compute Platform Systems team. This position works with software, hardware, and infrastructure groups to build a thorough functional safety case for autonomous trucks. Main responsibilities Support the development of Compute Platform components, including embedded computing, data logging, LiDAR, radar, cameras, microphones, IMUs, and power distribution systems. Facilitate design discussions focused on functional safety with hardware, software, validation, and operational teams. Derive and define safety requirements so that system architecture and design align with safety concepts and industry standards. Conduct hazard analyses and risk assessments to identify and address potential safety concerns.

At May Mobility, we are revolutionizing urban transport through cutting-edge autonomous technology, envisioning a world that is safer, greener, and more accessible. Located in the vibrant city of Ann Arbor, Michigan, we design and implement autonomous vehicles (AVs) that utilize our groundbreaking Multi-Policy Decision Making (MPDM) technology, fundamentally changing how AVs operate.Our vehicles are not just about self-driving; they enhance community value, fill public transit gaps, and ensure safe, enjoyable transportation for individuals. We strive to develop the world's leading autonomy system that minimizes congestion, broadens access, and promotes sustainable land use, ultimately creating greener, more livable spaces. Since our inception in 2017, we have successfully provided over 500,000 autonomous rides globally, and this is only the beginning. We are looking for passionate individuals eager to shape the future and make a tangible impact. Join us!Job SummaryAs a Senior Systems Engineer, you will utilize your deep understanding of our technology and products to drive cross-functional engineering initiatives. You will support system design activities, ensure adherence to specifications, and collaborate with testing and validation teams to set verification standards. A significant component of this role involves engaging with our Japanese customers, necessitating close collaboration with our Japan team to comprehend and address region-specific requirements for future AV launches.

May Mobility is revolutionizing urban transport through cutting-edge autonomous technology, aiming to create a safer, greener, and more accessible world. Headquartered in Ann Arbor, Michigan, we specialize in the development and deployment of autonomous vehicles (AVs) leveraging our innovative Multi-Policy Decision Making (MPDM) technology, which fundamentally transforms the decision-making processes of AVs.Our vehicles do more than just navigate autonomously; they enhance community connectivity, fill public transit gaps, and provide enjoyable rides for everyone. We are committed to building the most advanced autonomy systems to reshape transit, reduce congestion, enhance accessibility, and promote sustainable land use, thus contributing to more vibrant and livable spaces. Since our inception in 2017, we have facilitated over 500,000 autonomous rides worldwide, and we are just beginning our journey. We seek individuals who share our vision for building the future, addressing real-world challenges, and witnessing the tangible outcomes of their efforts. Join our mission.Job SummaryAs a Senior Systems Engineer, you will utilize your comprehensive knowledge of our products and technologies to drive cross-functional engineering initiatives. This pivotal role involves supporting system design activities, ensuring compliance with specifications, and collaborating with validation teams to establish effective verification criteria. You will also lead continuous improvement initiatives across the organization and create training materials that delineate process flows and tool usage to ensure adherence to regulatory standards and best practices.

Torc Robotics focuses on autonomous vehicle technology, developing advanced software for automated trucks. The company has worked in this space since 2007 and is now part of the Daimler family, partnering directly with a truck manufacturer. Role overview The Senior Manager, Engineering - Learned Vehicle Intent (Hands-On) leads several engineering teams responsible for building and scaling learned behavior models. These models play a critical role in decision-making for autonomous trucking systems. The work centers on reinforcement learning, imitation learning, and multi-agent systems, all aimed at shaping vehicle behavior in challenging real-world settings such as highway merging and navigating dense traffic. Key responsibilities Guide and support engineering teams developing behavior models for autonomous trucks Drive technical direction and provide organizational leadership Ensure delivery of production-ready models that are safe, resilient, and scalable What you will work on Reinforcement learning and imitation learning approaches for vehicle behavior Multi-agent systems to handle complex driving scenarios Real-world challenges such as highway merging and dense traffic navigation

About UsAt Torc Robotics, we are pioneers in autonomous vehicle technology, committed to revolutionizing transportation, freight logistics, and business operations. Since 2007, we have been at the forefront of developing autonomous driving solutions in collaboration with esteemed partners. Now a proud member of the Daimler family, our exclusive focus is on creating software for automated trucks, reshaping how goods are transported worldwide. Join us at Torc and elevate your career with a company that has redefined the autonomous technology landscape and is the first AV software firm to partner directly with a truck manufacturer.Meet Our TeamThe Operating System Team is instrumental in developing and maintaining a custom, lightweight Linux distribution tailored for our needs. Our work involves integrating third-party libraries to ensure seamless operation of Machine Learning applications on NVIDIA target SoCs.

About UsAt Torc Robotics, we are driving the future of transportation through the development of autonomous vehicle technology that is set to revolutionize how we travel, transport goods, and conduct business operations. As a pioneer in the field of autonomous driving since 2007, we have spent years collaborating with industry leaders to commercialize our innovative solutions. Now, as part of the Daimler family, our mission is focused on engineering software for automated trucks, fundamentally changing the freight movement landscape.Join us in our journey and elevate your career with a team that has been at the forefront of autonomous technology, being the first AV software company to collaborate directly with a truck manufacturer.Meet the TeamThe Operating System Team is responsible for developing and maintaining a lightweight, in-house modified Linux distribution leveraging open-source technologies. This includes the integration of third-party libraries to optimize machine learning applications running on NVIDIA SoCs, as well as the development, operation, and maintenance of essential build system technologies.Your RoleDevelop Linux kernel modules to enhance system functionality.

About UsAt Torc Robotics, we are passionate about revolutionizing transportation through autonomous vehicle technology. Since 2007, we have been at the forefront of this evolution, partnering with industry leaders to bring our innovative solutions to market. As a proud member of the Daimler family, our focus is on engineering advanced software for automated trucks, reshaping the future of freight transportation.Join our team and take your career to new heights with the pioneering company that first envisioned collaboration directly with truck manufacturers in the autonomous vehicle domain.Meet Our TeamThe Operating System Team is dedicated to developing and maintaining a lightweight, in-house modified Linux distribution that leverages open-source technologies. Our team plays a crucial role in ensuring that our software solutions are robust, efficient, and scalable, making a significant impact on the world of autonomous driving.

At May Mobility, we are on a mission to revolutionize urban transportation through cutting-edge autonomous technology, creating a safer, greener, and more accessible world. Headquartered in Ann Arbor, Michigan, we design and deploy autonomous vehicles (AVs) utilizing our pioneering Multi-Policy Decision Making (MPDM) technology, fundamentally changing how AVs operate.Our autonomous vehicles do more than just navigate themselves; they enrich communities, fill gaps in public transit, and transport individuals to their destinations safely, conveniently, and enjoyably. We are dedicated to developing the world's premier autonomy system to transform transit, alleviate congestion, broaden accessibility, and promote sustainable land use, ultimately leading to greener, more vibrant, and livable environments. Since our inception in 2017, we have provided over 500,000 autonomous rides worldwide, and we are just getting started. We seek passionate individuals eager to shape the future, tackle real-world challenges, and witness the tangible impact of their contributions. Join us!Job SummaryAs a Systems Engineer II, you will apply your extensive knowledge of our products and technologies to drive cross-functional engineering initiatives. This position involves supporting system design activities, ensuring alignment with established requirements, and collaborating with testing and validation teams to set verification criteria.

About Torc Robotics:At Torc Robotics, we are pioneers in autonomous vehicle technology, committed to revolutionizing the way we move people and goods. Since our inception in 2007, we have dedicated ourselves to commercializing cutting-edge solutions in collaboration with esteemed partners. As part of the Daimler family, our focus is on developing advanced software for automated trucks, aiming to transform the freight movement landscape. Join us in advancing your career with a trailblazer in autonomous technology.Meet the Product Engineering Team:Become a vital member of our Product Engineering Team, where we prioritize safety in autonomous trucking. We collaborate with cross-functional teams specializing in functional safety, systems engineering, and design to ensure that our Functional Safety and SOTIF objectives are achieved. We are on the lookout for a Senior Systems Architect with a strong background in Functional Safety and SOTIF, who is passionate about safety-critical systems, risk assessment, and verification & validation strategies. In this influential role, you will lead architecture development, conduct safety assessments, perform risk analyses, and implement safety enhancements, contributing to the future of autonomous trucking technology.

About Torc RoboticsTorc Robotics has been at the forefront of autonomous vehicle technology since 2007, pioneering advancements that will revolutionize transportation, freight movement, and business operations. As a key player in this industry, we have successfully commercialized our solutions in collaboration with seasoned partners. Now a proud member of the Daimler family, our sole mission is to innovate software solutions for automated trucks, reshaping the future of freight transportation.Join us and elevate your career with the company that first envisioned a partnership between autonomous vehicle software development and truck manufacturing.Meet the TeamAs a Senior Machine Learning Engineer specializing in Camera Models, you will be instrumental in developing and deploying machine learning models that enhance camera-based perception for autonomous trucks. The Camera Models team is responsible for creating and refining core vision systems that empower our autonomy stack to comprehend the environment, detect and localize objects, and reconstruct scene structure from camera inputs.Collaborating closely with perception, data, and infrastructure teams, you will take ownership of crafting and optimizing robust, scalable camera-based models that ensure safe and reliable autonomous driving in diverse freight scenarios.