Autonomy Engineer II, Simulation

About May Mobility May Mobility is based in Ann Arbor, Michigan, and focuses on improving urban transportation with autonomous vehicle technology. The company’s proprietary Multi-Policy Decision Making (MPDM) system helps AVs interpret their surroundings and operate safely. Since 2017, May Mobility’s vehicles have delivered over 500,000 autonomous rides worldwide, supporting safer, greener, and more accessible communities. Role Overview: Autonomy Engineer II, Simulation This position centers on simulation-based testing for autonomous vehicles. The Autonomy Engineer II will maintain and improve the core simulation interface, build supporting tools, and help turn simulation data into practical insights for the team. The work supports May Mobility’s commitment to passenger safety and ongoing expansion of autonomous shuttle services. Main Responsibilities Develop, maintain, and enhance simulation interfaces and APIs that support continuous AV system development. Work with data team members and stakeholders to identify, implement, and validate software for measuring autonomous vehicle performance indicators. Create, maintain, and support simulation tools to validate AV safety and performance. Design and build systems for managing simulation test portfolios and results, making simulation tests easier to find and use across the organization. Collaborate with cross-functional teams to define software and system requirements. Take part in team product quality activities. Location This role is based in Ann Arbor, MI.

Role Overview May Mobility is looking for an Autonomy Lifecycle Engineer II in Ann Arbor, MI. This role focuses on managing the full lifecycle of autonomous vehicle systems, with a strong emphasis on performance and safety. What You Will Do Oversee and support the lifecycle of autonomous systems from development through deployment and maintenance. Monitor system performance and address safety considerations throughout each stage. Collaborate with teams across engineering, product, and operations to improve product quality and efficiency. Contribute to ongoing innovation in autonomous vehicle technology. Who Thrives Here Engineers with experience in autonomous systems or related technology fields. People who enjoy working with cross-functional teams to solve complex problems. Those who care deeply about safety, reliability, and continuous improvement.

About Torc RoboticsTorc Robotics is at the forefront of transforming transportation through autonomous vehicle technology. As a pioneer in this field since 2007, we have dedicated ourselves to commercializing innovative solutions in partnership with leading industry players. Now proudly a part of the Daimler family, we focus on advancing software solutions for automated trucks, aiming to revolutionize freight movement globally. Join us to elevate your career with an organization that has consistently pushed the boundaries of autonomous technology.Meet Our Team:The Simulation Environments team is tasked with developing and integrating state-of-the-art simulation tools that empower a wide array of autonomy capabilities. We create robust, scalable, and resilient cloud-based simulation solutions utilizing modern managed cloud services to support diverse internal stakeholders across the domains of autonomy and perception engineering.Your Role:As a part of the Simulation team, your responsibilities will include designing, implementing, maintaining, and monitoring cloud-based simulation services that facilitate virtual driver-stack testing and extensive simulation workloads. You will be involved in every stage of the software development lifecycle, from the initial design and algorithm development to testing, deployment, and ongoing support.Conduct full software development lifecycle tasks utilizing Python and C++ in a Linux environment, adhering to Lean-Agile methodologies.Design, implement, and sustain scalable cloud systems leveraging AWS managed services, with an emphasis on scalability, reliability, observability, and operational excellence.Develop and provision cloud infrastructure to support simulation initiatives efficiently.

At May Mobility, we are at the forefront of revolutionizing urban landscapes through cutting-edge autonomous technology, fostering a safer, greener, and more accessible world. Headquartered in Ann Arbor, Michigan, we specialize in developing and deploying autonomous vehicles (AVs) powered by our state-of-the-art Multi-Policy Decision Making (MPDM) technology, fundamentally transforming how AVs operate.Our autonomous vehicles are designed to do much more than just navigate; they add value to communities, fill public transit gaps, and ensure safe, enjoyable transportation for everyone. Our mission is to craft the most advanced autonomy systems that reduce congestion, enhance accessibility, and promote sustainable land use, ultimately creating vibrant and livable spaces. Since our inception in 2017, we have completed over 500,000 autonomous rides for individuals worldwide, and we are just getting started. We are looking for passionate individuals who are eager to help build the future, tackle real-world challenges, and witness the impact of their work. Join our journey.Job SummaryWe are on the lookout for a highly proficient and seasoned Staff Data Engineer to become a vital member of our expanding Data Platform team. This pivotal position is tasked with the design, construction, and optimization of scalable data pipelines that are integral to our data platform projects, specifically focusing on the swift ingestion and processing of the vast amounts of data collected by our vehicles. You will be instrumental in facilitating the efficient and reliable transfer of data from vehicles to the systems and teams that rely on it, ensuring timely and comprehensive data availability for subsequent analysis and simulation.

At May Mobility, we are revolutionizing urban landscapes through cutting-edge autonomous technology, striving to create a world that is safer, more sustainable, and universally accessible. Headquartered in Ann Arbor, Michigan, we specialize in the development and deployment of autonomous vehicles (AVs) driven by our pioneering Multi-Policy Decision Making (MPDM) technology, which transforms the cognitive processes of AVs.Our autonomous vehicles do more than navigate roads; they enhance community value, fill gaps in public transit, and facilitate safe, enjoyable transportation for all. We are committed to building the premier autonomy system to redefine transit, alleviating congestion, broadening access, and promoting improved land use to cultivate greener, vibrant, and livable environments. Since our inception in 2017, we have successfully provided over 500,000 autonomous rides globally, and we are just beginning our journey. We are seeking individuals who share our enthusiasm for shaping the future, tackling real-world challenges, and witnessing the tangible outcomes of their contributions. Join us in our mission!Job OverviewMay Mobility is embarking on an exciting growth trajectory as we expand our unique autonomous shuttle and mobility services nationwide. Founded in 2017 by a skilled team of roboticists and software engineers with extensive experience in deploying robotic systems, we are looking to enhance our team of robotics engineers with expertise in robotics or autonomous vehicles.Key ResponsibilitiesIn this role, you will have the opportunity to make a significant impact by addressing some of the most compelling challenges facing AVs today while operating in real-world settings.Collaborate independently with cross-functional teams to define software and system requirementsDesign, develop, and test cutting-edge robotics software utilizing C/C++Lead team efforts in maintaining code quality through design and code reviewsMonitor and analyze the technical performance of the system in the fieldOffer technical support and guidance to the Technical Support Team for issue diagnosis and resolutionRequired Skills and QualificationsTo excel in this role, candidates should possess the following competencies:Deep understanding of behavior planning, decision-making under uncertainty, and machine learning principles

About Torc Robotics Torc Robotics has worked in autonomous vehicle technology since 2007, focusing on solutions that reshape transportation, freight, and business operations. As a member of the Daimler family, Torc develops software for automated trucks, aiming to improve global freight logistics. The company was the first autonomous vehicle software provider to partner directly with a truck manufacturer. Role Overview: Senior System Test Engineer - Simulation This role supports remote work within the U.S. or from Ann Arbor, MI. The Senior System Test Engineer joins the Systems Test team, which validates the safety and performance of Torc’s autonomous driving system. The team uses simulation, virtual testing, and data-driven validation to ensure reliability before deployment. Collaboration spans perception, planning, systems engineering, and safety, with a focus on testing autonomous behavior in both typical and challenging scenarios.

May Mobility is at the forefront of revolutionizing urban transport with groundbreaking autonomous technology, creating a safer, greener, and more accessible world. Headquartered in Ann Arbor, Michigan, we innovate and deploy autonomous vehicles (AVs) powered by our advanced Multi-Policy Decision Making (MPDM) technology, redefining how AVs interpret their environment.Our vehicles transcend mere self-driving capabilities; they contribute to community value, fill public transit voids, and facilitate safe, enjoyable mobility for users. We are committed to crafting the leading autonomy system that reimagines transportation by reducing congestion, enhancing access, and promoting sustainable land use, cultivating greener, more vibrant, and livable spaces. Since our inception in 2017, we have successfully provided over 500,000 autonomous rides worldwide, and this is just the beginning. We are on the lookout for passionate individuals who share our vision of shaping the future, tackling real-world challenges, and witnessing the tangible results of their efforts. Join us on this exciting journey.May Mobility is in search of an innovative and accomplished Director of Predictive Simulation to spearhead our initiatives in swiftly implementing iterative enhancements to our autonomous driver stack. As a pivotal member of our leadership team, you will guide the design, development, and continuous enhancement of a comprehensive simulated testing suite. This suite will play a crucial role in accurately forecasting the behavior of May's AVs across varied Operational Design Domains (ODDs).

At May Mobility, we are revolutionizing urban transportation through cutting-edge autonomous technologies, making the world a safer, greener, and more accessible place. Our headquarters in Ann Arbor, Michigan, is where we develop and deploy autonomous vehicles (AVs) utilizing our groundbreaking Multi-Policy Decision Making (MPDM) technology that fundamentally alters how AVs operate.Our vehicles do more than navigate independently; they enhance community value, bridge gaps in public transit, and transport individuals safely and enjoyably to their destinations. We are on a mission to create the leading autonomy system that reshapes public transit by reducing congestion, widening access, and promoting optimal land use to cultivate vibrant, sustainable urban spaces. Since our inception in 2017, we have facilitated over 500,000 autonomous rides worldwide, and we're just beginning our journey. We seek passionate individuals committed to shaping the future by addressing real-world challenges and witnessing the tangible impact of their efforts. Join us!To support our objectives of safe operations and ongoing autonomy development, we are in search of a Senior Manager for the Autonomy Support team. This team plays a crucial role in converting field data into actionable insights, identifying operational challenges, and establishing unique metrics to monitor progress. The team is tasked with diagnosing operational issues and directing them to their root causes, thereby empowering site lifecycle managers to guide development teams in resolving these challenges and advancing our strategic roadmap.As our fleet grows and the volume of driving data from our field software increases, our current processes require a significant overhaul. This position is a transformation hire, responsible for reengineering the methods by which field data is collected, prioritized, justified, and tracked through to verified resolution.For this role, candidates should anticipate a Hybrid work model, requiring occasional in-office presence in Ann Arbor while primarily working remotely with reliable internet access and unlimited data upload/download capabilities.

About Sygaldry TechnologiesSygaldry Technologies is at the forefront of innovation, developing quantum-accelerated AI servers that dramatically enhance the speed of AI training and inference. By merging quantum computing with artificial intelligence, we are paving the way towards superintelligence, ensuring scalability and affordability. Our cutting-edge AI servers utilize various qubit types within a resilient architecture to achieve the optimal balance of cost, scalability, and rapid processing required for sophisticated AI applications. We are pioneers in the realms of physics, engineering, and AI, tackling formidable challenges with a culture rooted in optimism and rigor. We invite you to join us in shaping the future of quantum and AI technology with significant global implications.Role OverviewThe Technical Lead for Simulation and Modeling will have the unique opportunity to spearhead the development of the ASTRA-sim project. This role involves defining the simulation, modeling, and emulation strategy for our organization, while collaborating with various internal teams and external partners. You will be responsible for integrating existing estimation tools into the ASTRA-sim framework, ensuring a cohesive approach to simulation at Sygaldry.Key Responsibilities:Lead the selection and confirmation of Sygaldry's distributed simulation environment, focusing on integrating ASTRA-sim and Chakra functionalities.Establish the simulation infrastructure from the ground up.Define a comprehensive roadmap for simulation, modeling, and emulation initiatives.Collaborate with diverse internal teams and external partners to drive innovation.Mentor internal teams on the integration of estimation tools into the ASTRA-sim framework.

Role Overview Applied Intuition is hiring an Autonomy Integration Software Engineer in Ann Arbor, Michigan. This role focuses on building software that strengthens autonomous systems and supports their deployment. The work centers on integrating advanced technologies with real-world applications for autonomous driving. What You Will Do Develop software solutions that improve the performance and reliability of autonomous systems Contribute to the integration and rollout of new technologies for autonomous driving Work closely with a team to deliver features that support next-generation vehicle autonomy

Role overview May Mobility seeks a Staff Autonomy Engineer specializing in localization for autonomous vehicles. Based in Ann Arbor, MI, this position focuses on developing and deploying advanced localization strategies to help vehicles navigate diverse environments accurately and consistently. What you will do Design and implement localization solutions for autonomous vehicle platforms Work with engineers and technical teams to refine and improve localization algorithms Optimize system performance and reliability to handle real-world conditions Team and impact This role collaborates with cross-functional groups at May Mobility. The work directly shapes how autonomous vehicles localize and operate safely in varied settings, influencing the effectiveness and reliability of May Mobility's technology.

About May Mobility May Mobility develops and deploys autonomous vehicles in Ann Arbor, MI, using Multi-Policy Decision Making (MPDM) technology. The company focuses on advancing urban mobility with autonomous systems that improve safety, accessibility, and sustainability. Since 2017, May Mobility has provided over 500,000 autonomous rides worldwide. Their vehicles help fill public transit gaps, support community needs, and make transportation safer and more enjoyable. Our Mission The team is dedicated to building advanced autonomy systems that address real-world transportation challenges. Goals include reducing traffic congestion, broadening access to mobility, and promoting sustainable land use for more livable cities. Working Here May Mobility looks for people who want to solve practical problems and see the results of their work in the real world. The company values innovation and welcomes those ready to shape the future of transportation.

Woven by Toyota is at the forefront of Toyota’s transformative journey into a pioneering mobility company. Driven by a legacy of innovation for the benefit of society, our mission is to redefine mobility through human-centric innovation, expanding the definition of ‘mobility’ and enhancing its societal role.Our initiatives revolve around four core pillars: AD/ADAS, focusing on autonomous driving and advanced driver-assistance systems; Arene, our software development platform for software-defined vehicles; Woven City, serving as a testbed for mobility solutions; and Cloud & AI, which forms the digital backbone for our collaborative efforts. Our business-critical functions empower these teams to drive towards a singular ambitious goal: achieving a world free from accidents and promoting well-being for everyone.TEAMOur mission-critical challenge is to develop high-quality systems and software that necessitate the careful design of software architectures, development processes, and stringent testing methodologies. As a part of the Global Product Quality sub-function, our team serves as the technical backbone that ensures mass-production readiness for the software and systems that are vital to Toyota’s evolution into a software-defined mobility enterprise.Our dual objectives are:- To establish strong software development standards that comply with global automotive requirements.- To collaborate closely with engineering teams ensuring that development activities yield safe, high-quality, and production-ready deliverables.We assert that a blend of technical proficiency in software technologies along with a proactive, collaborative communication style is crucial to bridge the gap between rapid R&D and unwavering safety standards.WHO ARE WE LOOKING FOR?We are on the lookout for outstanding engineers to devise and implement the technical frameworks that guarantee the safety and quality of our products. You are a professional who excels at the intersection of architecture, code-level integrity, and global safety standards. Your role will involve close collaboration with system designers, software architects, and developers to ensure our product is “solid” and primed for mass production.We appreciate individuals who can adeptly navigate across various engineering domains to devise effective solutions. You should be someone who leverages in-depth domain expertise to build trust, influence design decisions, and guide teams towards a proactive safety culture.In this role, you will report to the Team Lead of Product Quality. This position follows a hybrid work schedule requiring at least 3 days a week in the office.

Torc Robotics is looking for a Machine Learning Engineer II to join the App Engine team. This position is available in Ann Arbor, MI or Montreal, Canada. Role overview This engineer will focus on designing, building, and deploying machine learning models for robotics applications. The work centers on supporting and enhancing the App Engine platform, with a strong emphasis on technical problem-solving in the robotics field. Key responsibilities Collaborate with cross-functional teams to develop and implement machine learning models for robotics. Apply technical expertise to address complex challenges in machine learning and robotics. Contribute to ongoing projects that improve and expand the App Engine platform’s capabilities. Collaboration This position works closely with engineering, product, and research teams to integrate machine learning into practical robotics systems.

Join Torc Robotics as a Hardware Engineer II, where you will be instrumental in developing and enhancing our cutting-edge hardware solutions. You will work with a talented team of engineers to innovate and push the boundaries of autonomous vehicle technology.

Torc Robotics is seeking an ML Engineer II to support App Engine projects. This position is available in Montreal, Canada, and Ann Arbor, MI. French language proficiency is required for this role. Key responsibilities Design and develop machine learning applications that enhance App Engine features. Collaborate with engineers and other team members to build and improve technical solutions. Apply machine learning expertise to practical challenges in a team environment. Requirements Fluent in French, both spoken and written. Experience building or deploying machine learning models. Comfortable working as part of a technical team. Locations Montreal, Canada Ann Arbor, MI

Join our dynamic team at Domino's Pizza, Inc. as a Software Quality Engineer II! In this role, you will be pivotal in ensuring the highest software quality standards across our innovative applications. Your expertise will contribute to our mission of delivering exceptional service and quality to our customers.As a Software Quality Engineer II, you will collaborate closely with cross-functional teams to design, implement, and execute comprehensive testing strategies. You will identify issues, recommend solutions, and foster a culture of quality within the development process.

Role Overview Domino's Pizza, Inc. is looking for a Software Quality Engineer II to help maintain strong quality standards across our software products. This position is based in Ann Arbor. What You Will Do Work with development teams to find and resolve software defects Design and carry out thorough test plans Support improvements to our software development processes What We Look For Attention to detail Interest in technology and quality assurance Ability to collaborate with cross-functional teams

About Torc RoboticsAt Torc Robotics, we are driven by the belief that autonomous vehicle technology has the potential to 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 advanced solutions in collaboration with industry leaders. Now a proud member of the Daimler family, our focus is exclusively on crafting innovative software for automated trucks, fundamentally changing the landscape of freight logistics. Join us to accelerate your career with a company that has been at the forefront of autonomous technology, and be part of the first AV software firm that collaborates directly with truck manufacturers.Meet the TeamThe Build and Tools group at Torc Robotics plays a crucial role in developing the infrastructure, hosted systems, developer platforms, and build pipelines for our products. Our newly established release pipelines team is responsible for designing and implementing automation systems and workflow pipelines to facilitate the rapid and secure release of our cutting-edge technologies.

About the CompanyAt Torc Robotics, we are driven by the belief that autonomous vehicle technology will revolutionize transportation, freight movement, and business operations. As a pioneer in autonomous driving since 2007, we have spent over a decade working alongside experienced partners to commercialize innovative solutions. Now a proud member of the Daimler family, our focus is on developing cutting-edge software for automated trucks, redefining how goods are transported across the globe. Join us to elevate your career at a company that is at the forefront of autonomous technology and the first AV software company to partner directly with a truck manufacturer.Meet the Team:The Compute Platform MCU Applications team is dedicated to creating software that operates on the safety microcontroller within Torc's autonomous trucks. Our applications are essential for monitoring and aggregating hardware and software faults, ensuring critical information is communicated to the virtual driver. We also develop software interfaces that connect the Torc autonomous driver with the base vehicle, guaranteeing software uniformity, architectural consistency, and reliability in safety-critical settings.What You’ll Do:In this role, you will leverage your strong foundation in software engineering principles, particularly your expertise in C++, algorithm development, and software design. You will be responsible for crafting high-performance C++ applications for real-time embedded systems, supporting crucial features such as system monitoring and fault management. This team also establishes the communication layer between the Torc Autonomous Driver and the base vehicle platform. As a Software Engineer II, you will guide technical direction, mentor junior developers, and champion engineering excellence. From requirements gathering and software design to coding, testing, and deployment automation, you will oversee the complete development lifecycle of a software component in a collaborative Agile environment. Your contributions will extend beyond coding, aiding in the refinement of scalable frameworks and promoting best practices across the team.