Functional Safety Hardware Engineer - Automotive Robotics

At Tenstorrent, we are at the forefront of pioneering AI technology, transforming performance standards, usability, and cost-effectiveness. As AI reshapes the computing landscape, our solutions are designed to integrate advancements in software models, compilers, platforms, networking, and semiconductors. Our talented team has built a high-performance RISC-V…

About UsAxelera AI is at the forefront of deep-tech innovation, dedicated to developing a revolutionary AI platform that empowers individuals to advance humanity and enhance the world. In just four years, we have successfully raised $120 million and assembled an exceptional team of over 220 professionals, including more than 49 PhDs with a wealth of over 40,000 citations. Our team operates remotely across 18 countries and in our offices located in Belgium, France, Switzerland, Italy, and the UK, with our headquarters situated at the High Tech Campus in Eindhoven, Netherlands.We proudly launched our Metis™ AI Platform, demonstrating a remarkable 3-5x enhancement in efficiency and performance, and currently enjoy a robust business pipeline exceeding $100 million. Our relentless pursuit of innovation has established us as a recognized leader in the industry.Are you ready to take on the challenge?Position OverviewWe are seeking an Automotive Functional Safety Architect – Silicon (SoC/NPU/AI Accelerators) to lead the safety architecture of our automotive-grade AI chips. This pivotal technical leadership role emphasizes semiconductor-level functional safety. You will be responsible for designing and implementing safety strategies that adhere to ISO 26262, SOTIF, and ISO/SAE 21434, ensuring our NPUs, CPUs, and SoCs meet the highest standards of automotive safety and reliability.Additionally, you will act as the technical lead in external engagements with automotive partners, customers, and European consortia, representing Axelera AI’s functional safety strategy and ensuring alignment on safety requirements across the ecosystem.Important: This position necessitates hands-on experience with functional safety at the silicon level—specifically, not at the vehicle, ECU, or system level. You will collaborate closely with hardware and RTL teams to integrate fault-tolerant, safety-compliant features directly into the design.

Join Tenstorrent, a trailblazer in AI technology, where we are transforming performance standards, usability, and cost-effectiveness. As AI reshapes the computing landscape, we evolve our solutions to seamlessly integrate innovations across software models, compilers, platforms, networking, and semiconductors. Our multidisciplinary team of tech enthusiasts has developed a high-performance RISC-V CPU from the ground up, driven by a strong passion for AI and a commitment to creating the premier AI platform. We cherish collaboration, curiosity, and a dedication to tackling challenging problems. We are expanding our team and are eager to welcome contributors of various experience levels.As a member of Tenstorrent’s Automotive Robotics team, you will play a pivotal role in designing and delivering core hardware modules for our next-generation chiplet-based SoCs tailored for automotive applications. You will serve as a liaison between silicon design, DFT, OSAT partners, and customers, ensuring our multi-die SiP platforms achieve stringent performance, quality, and safety benchmarks.This position is remote, with a base in Munich, Germany.We encourage candidates with diverse experience levels to apply. During the interview process, we will assess candidates for the suitable level, and offers will be adjusted accordingly, which may differ from this posting.

At Tenstorrent, we are at the forefront of AI technology, transforming the landscape of performance, usability, and affordability. As AI reshapes the computing world, our solutions are evolving to integrate advancements in software models, compilers, platforms, networking, and semiconductors. Our talented team has engineered a high-performance RISC-V CPU from the ground up, driven by a shared enthusiasm for AI and a commitment to creating the most effective AI platform. We prioritize collaboration, curiosity, and a relentless pursuit of innovative solutions. Join us as we expand our team and seek contributors across all experience levels.As a member of Tenstorrent’s Automotive RTL team, you will play a pivotal role in designing and delivering core hardware modules for our next-generation chiplet-based SoC. This position is hands-on, where your RTL designs will be implemented in silicon, powering actual automotive systems while adhering to stringent performance and safety standards. If you're eager to create impactful silicon designs rather than simply compiling code, this is the ideal opportunity for you.This position is remote but based in Munich, Germany.We welcome candidates with varying levels of experience. During the interview process, we will evaluate candidates for the appropriate level, and offers will be aligned accordingly.

At Tenstorrent, we are at the forefront of innovative AI technology, transforming performance benchmarks, user experience, and cost-effectiveness. As AI continues to reshape the computing landscape, our solutions are designed to integrate advancements in software models, compilers, platforms, networking, and semiconductors. Our enthusiastic team has successfully developed a high-performance RISC-V CPU from the ground up, driven by a shared passion for AI and a commitment to creating a superior AI platform. We embrace collaboration, curiosity, and the pursuit of challenging problems. As we expand, we invite contributors of all experience levels to join our team.We are seeking a Design Verification Engineer to spearhead verification initiatives for cutting-edge digital designs. In this pivotal role, you will define verification strategies, create sophisticated test environments, mentor fellow engineers, and guarantee comprehensive testing of designs for functionality, performance, and quality. Your contributions will be instrumental in shaping our verification processes for the computational engines that enable the future of AI and high-performance computing.This position is remote, with a base in Munich, Germany.We welcome applications from candidates at various experience levels, and during the interview process, we will evaluate candidates to align offers with their qualifications, which may differ from this posting.

At Tenstorrent, we are at the forefront of pioneering AI technology that transforms performance standards, accessibility, and cost-effectiveness. As we embrace the evolution of computing paradigms driven by AI, our solutions are designed to seamlessly integrate innovations across software models, compilers, platforms, networking, and semiconductors. Our talented team of technologists has engineered a high-performance RISC-V CPU from the ground up, united by a shared enthusiasm for AI and a commitment to creating the ultimate AI platform. We foster a culture of collaboration, curiosity, and a determination to tackle challenging problems. As we expand our team, we are on the lookout for passionate contributors at all experience levels.Join us as we seek a dynamic Emulation Infrastructure Engineer to bring our SiP-based AI or ML engines to fruition through scalable, high-performance emulation platforms. This position is perfect for individuals who excel in technical ownership, enjoy solving system-level challenges, and aspire to impact silicon debug, design verification (DV), and performance from the ground up. You will be responsible for developing the infrastructure that enables exploration, testing, and validation of our chiplet-based systems across hardware, software, and architectural layers.This role is remote, based in Munich, Germany.We welcome candidates at various experience levels for this role. During the interview process, we will evaluate candidates for the appropriate level, and compensation will align accordingly, which may differ from the level stated in this posting.

At Tenstorrent, we are at the forefront of innovation in artificial intelligence technology, setting new benchmarks for performance, usability, and cost-effectiveness. As AI transforms the computing landscape, our solutions are evolving to integrate advancements in software models, compilers, platforms, networking, and semiconductors. Our talented team of engineers has successfully developed a high-performance RISC-V CPU from the ground up, driven by a shared enthusiasm for AI and a relentless pursuit of excellence in creating the premier AI platform. We cherish collaboration, foster curiosity, and are dedicated to tackling challenging problems. As we expand our team, we invite professionals at all experience levels to join us.We are excited to announce our Open Chiplet Atlas initiative, an open ecosystem designed to unite diverse partners around a common architecture. This position places you at the forefront of this initiative, where you will play a crucial role in promoting real-world adoption among customers and partners.This position is remote, based in Munich, Germany.We welcome applicants from various experience levels. During the interview process, we will assess candidates to align offers with their appropriate experience level, which may differ from the indicated level in this posting.

Join Our Team as a Functional Safety & Cybersecurity ManagerAt Munich Electrification, we are dedicated to pioneering the future of electric and connected mobility. We specialize in developing cutting-edge electronic control units tailored for electric vehicles and stationary storage systems, serving a diverse range of global clients. Our dynamic and international team comprises exceptionally talented engineers who are passionate about innovation. We recognize the value of each team member and are committed to fostering an environment that nurtures individual strengths and professional growth. Our office, complete with a prototype and testing lab, is conveniently situated in the vibrant heart of Munich at Heimeranplatz.Our Core Values:Technological Leadership: We constantly challenge the status quo, innovate swiftly, and anticipate future trends. Our approach involves taking calculated risks and learning from our experiences to maintain our competitive edge.Sustainability: We are proactive in driving positive change for a sustainable future, recognizing our impact and encouraging others to contribute to a better world.Team Culture: Work should be fulfilling and enjoyable. We promote a culture of inspiration, celebration, and collaboration across our global team.Entrepreneurial Spirit: We embrace change, think big, and passionately push the boundaries of what is possible.

At Tenstorrent, we are at the forefront of innovative AI technology, pushing the boundaries of performance, usability, and cost-effectiveness. As AI reshapes the computing landscape, our solutions must adapt to integrate advancements in software models, compilers, platforms, networking, and semiconductors. Our passionate team of experts has engineered a high-performance RISC-V CPU from the ground up, driven by our enthusiasm for AI and our unwavering commitment to creating the ultimate AI platform. We prioritize collaboration, inquisitiveness, and tackling complex challenges. We are expanding our team and are eager to welcome contributors at all experience levels.As a pivotal member of Tenstorrent’s Automotive and Robotics team, you will spearhead the development of fully integrated software stacks for Advanced Driver Assistance Systems (ADAS), In-Vehicle Infotainment (IVI), and robotics applications across application processors, microcontrollers, and AI accelerators within sophisticated heterogeneous edge computing environments. You will be a key player in facilitating the widespread adoption of the RISC-V architecture in these domains, collaborating with various partners to outline and synchronize strategies on how software will empower the next generation of open compute architectures.This role is remote, with a base in Munich, Germany.We encourage candidates of diverse experience levels to apply. Candidates will be evaluated during the interview process to determine the appropriate level, and offers will be reflective of that level, which may differ from what is indicated in this posting.

WHO WE AREAt Proxima Fusion, we are on a transformative journey to reshape the landscape of sustainable energy. Our pioneering approach leverages the innovative W7-X stellarator alongside cutting-edge technology to pave the way for commercially viable fusion power plants.Our commitment to stellarator optimization, bolstered by advanced computation and machine learning, is propelling us beyond conventional boundaries in fusion technology. We are unlocking new performance design points through the use of high-temperature superconducting magnets.To seize this monumental opportunity, we are assembling a team of highly skilled and passionate professionals dedicated to achieving remarkable advancements and radically transforming global technology.WHY JOIN PROXIMA FUSIONEngage with some of the most intricate technological challenges aimed at delivering abundant, safe, and clean energy globally.Collaborate and learn alongside an exceptional group of accomplished and driven individuals.Make significant contributions to your field while enjoying the journey.Demonstrate that extraordinary achievements are possible in Europe by gathering the finest talent.YOUR IMPACTIn this design-centric role, you will guide stellarator design decisions while prioritizing radiological safety. You will collaborate across teams to ensure component designers are informed about relevant nuclear safety implications.You will review existing designs and propose enhancements that improve safety, mitigate potential accident scenarios, and bolster compliance with regulatory standards.Your nuclear analysis will directly influence the design of stellarator demonstrators and pioneering power plants, significantly impacting design safety and paving the way toward regulatory approval.WHAT YOU WILL DOEvaluate designs with a strong focus on nuclear safety.Collaborate with engineering and physics teams early in the design process to ensure safety considerations are integrated into component and system development.Work alongside neutronics experts, material scientists, and manufacturers to establish acceptable impurity levels in materials subjected to intense neutron irradiation.

At The Exploration Company, we are pioneering the development, production, and operation of Nyx, a groundbreaking modular and reusable space orbital vehicle designed for refueling in orbit. Nyx is capable of transporting cargo and has the potential to carry humans in the future.We are currently seeking a skilled Environmental Health & Safety (EHS) Engineer to lead and manage EHS initiatives across three distinct sites. This vital role supports our Operations and Project teams, ensuring our facilities meet health, safety, and environmental standards while actively contributing to our exciting space ventures.

Join Our Team as a Hardware Development Engineer (f/m/d)At Munich Electrification, we are at the forefront of transforming the landscape of electric and connected mobility. Our mission is to develop cutting-edge electronic control units for electric vehicles and stationary storage systems that cater to our global clientele. Our dynamic and international team comprises highly skilled engineers dedicated to innovation and excellence. Located in the vibrant heart of Munich at Heimeranplatz, our office is complemented by an adjacent prototype and testing lab.Our Core Values:Technological Leadership: We challenge the status quo, innovate rapidly, and anticipate future demands. We embrace smart risks and learn from every experience to maintain our competitive edge.Sustainability: We are committed to driving change towards a sustainable future, understanding our impact, and motivating others to create a better world.Team Culture: We believe that work should be enjoyable, fostering an environment of inspiration, celebration, and collaboration worldwide.Entrepreneurial Spirit: We welcome change, think ambitiously, and push boundaries with enthusiasm.

Hypersonica develops advanced defense technology in Europe, prioritizing speed, resilience, and technological independence. The Munich-based team is small, skilled, and committed to solving complex challenges together. Role overview The Avionic Hardware Design Engineer position in Munich does not follow a rigid job description. Instead, responsibilities adapt to each engineer’s strengths and experience. Every team member directly influences both technical outcomes and the company’s direction. What matters here Technical expertise in avionic hardware design Good judgment and the ability to work independently Comfort with changing priorities and evolving tasks Drive to take on challenges that may seem out of reach Distinctive skills or experience, even if they do not match standard profiles What to expect Opportunity to influence European technological sovereignty Collaboration with a capable, agile team Recognition based on talent and contribution, not formal credentials Hypersonica welcomes applicants whose backgrounds or approaches are unconventional. Every engineer here helps define the company’s future.

Join Us in Advancing Europe’s Hypersonic Technologies At Hypersonica, we are at the forefront of redefining European defense technology. Our mission is to provide unmatched speed, resilience, and technological independence, setting new benchmarks in the industry. We pride ourselves on being a compact, elite team dedicated to tackling significant challenges and delivering swift solutions. As a Reliability and Safety Engineer, you'll immerse yourself in a dynamic and innovative environment where the potential for growth is limitless. You won’t just fill a position; you’ll actively influence the company’s trajectory. We believe in hiring a select group of extraordinary individuals possessing wide-ranging technical expertise, sound judgment, and the capacity to work independently. We prioritize talent over conventional roles. While this position addresses a critical business need, its evolution will be shaped by your unique contributions. If you've accomplished what others deemed impossible or possess a distinctive skill set that defies traditional boundaries, we encourage you to reach out. Your work here will play a crucial role in enhancing Europe’s technological sovereignty.

Join us at The Exploration Company, where we are pioneering the development, production, and operation of Nyx, a groundbreaking modular and reusable space orbital vehicle. Designed for future refueling in orbit, Nyx is set to transport cargo and, in the long term, potentially carry humans.We are seeking a skilled and experienced Senior Engineer for Functional Platforms Assembly, Integration, and Verification (AIV) to contribute to our mission. Your focus will be to finalize system-level verifications for our functional platforms, including Software in the Loop, Processor in the Loop, Hardware in the Loop, and Functional Simulation Facility, by defining, preparing, and leading associated test campaigns.

About Munich ElectrificationAt Munich Electrification, we are pioneers in the realm of electric and connected mobility, dedicated to propelling the shift toward a sustainable future. We design cutting-edge electronic control units for electric vehicles and stationary storage systems, serving clients around the globe. Our dynamic and diverse team comprises exceptionally talented engineers who are passionate about innovation. As a close-knit group, we recognize the unique contributions of each member and are committed to nurturing their growth according to their individual strengths and aspirations. Our headquarters, complete with a state-of-the-art prototype and testing lab, is located at Heimeranplatz in the vibrant city of Munich.Our core values include:Technological Leadership: We constantly challenge the status quo, innovate rapidly, and anticipate future demands. We embrace calculated risks and learn from our experiences to maintain our competitive edge.Sustainability: We are proactive in fostering change for a greener future, mindful of our impact, and motivating others to contribute to a better world.Team Culture: We believe in creating a joyful work environment that promotes inspiration, celebration, and collaboration across our global workforce.Entrepreneurial Spirit: We welcome change, think ambitiously, and passionately push boundaries.

About UsHelsing is a pioneering AI company dedicated to enhancing defense technologies. Our mission is to safeguard democratic values by ensuring that open societies can maintain sovereignty over their technological advancements and ethical standards.As advocates for democracy, we recognize our unique responsibility to thoughtfully develop and utilize advanced technologies, particularly in artificial intelligence, and we take this charge seriously.We are a passionate collective of engineers, AI experts, and program managers committed to tackling the most challenging and significant issues in the defense sector. We promote a culture of openness and transparency, encouraging constructive discussions on the ethical implications and benefits of technology in defense.The PositionAs a Senior Systems Safety Engineer at Helsing, you will play a vital role in implementing a comprehensive safety strategy across various programs. You will have the chance to enhance and streamline system safety protocols, ensuring they meet both current and future organizational demands. Your contributions will guarantee the effective integration of safety practices throughout the design and development phases of our projects.You will collaborate closely with development and delivery teams to ensure adherence to all necessary safety standards and methodologies pertinent to specific products and domains.Your Daily ResponsibilitiesConduct safety assessments, such as Functional Hazard Assessment (AFHA/SFHA), Preliminary Aircraft/System Safety Assessment (PASA/PSSA), Safety Assessment (ASA/SSA), and Particular Risk Analysis (PRA) according to ARP4761A.Execute hazard analyses and risk assessments at system, subsystem, and component levels, ensuring compliance with MIL-STD-882 processes and tasks.Develop and oversee system safety requirements, ensuring traceability while supporting engineering teams in integrating safety into their design and development workflows.

Odys Aviation is developing safe, sustainable aircraft designed to cut travel times on high-traffic routes. The company’s flagship, Alta, helps travelers avoid major airport congestion by using city helipads and regional airports for trips under 1,000 miles. This approach aims to reduce CO2 emissions by an average of 76% across billions of flight miles. Odys Aviation is also preparing to launch Laila, a UAV focused on commercial logistics, medical transport, humanitarian aid, disaster response, and defense. Aircraft deployment is planned for 2026 in partnership with organizations such as Fiji Airways, Honeywell, Aramex, and the US Navy. The Munich-based team includes experienced engineers with backgrounds in deep tech and aerospace, known for rapid development cycles and expertise in certification processes. Their collective experience covers custom drone development, automotive platforms, and electric vehicles. Role overview The Junior Safety and Qualification Engineering Intern will support qualification and safety efforts for a hybrid VTOL aircraft program. This internship is designed for an engineering student eager to apply analytical skills and self-motivation to real-world projects. What you will do Assist with qualification planning for next-generation aircraft Extract requirements from relevant standards and guidelines Contribute to Design Organization Approval (DOA) process mapping Develop functional system models using Model-Based Systems Engineering (MBSE) tools Conduct structured benchmarking studies Support aircraft-level safety assessments Requirements Current enrollment in an engineering program Strong analytical skills Self-motivation and readiness to engage in challenging projects

Who We AreHelsing is a cutting-edge defence AI firm dedicated to safeguarding our democratic values. Our mission focuses on achieving technological supremacy, enabling open societies to make autonomous decisions and uphold their ethical standards.As proponents of democracy, we recognize our unique responsibility in the thoughtful advancement and application of powerful technologies like AI. We approach this responsibility with the utmost seriousness.Our team comprises ambitious engineers, AI experts, and client-oriented program managers. We invite mission-driven individuals to join our European teams and leverage their skills to tackle the most intricate and impactful challenges. Our culture fosters openness and transparency, encouraging healthy discussions about technology's role in defence, its advantages, and ethical considerations.The RoleAs an Avionics Systems Engineer specializing in Safety Critical Systems, you will lead the development and delivery of safety-critical flight control and vehicle management systems. Your collaboration with industry partners will be pivotal. You will not only define the system but also guide it through all stages of development until it reaches the operational flying platform. This role will have you working with a diverse, high-caliber team of experts, strategists, and collaborators.The Day-to-DayOversee the technical development of system architectures and establish requirements for Safety Critical Systems, including flight controls and air vehicle management, in close collaboration with internal teams and partners.Plan and manage the execution of the systems engineering lifecycle, from requirements development to qualification.Lead the preparation of technical deliverables and documentation.Develop certification and compliance documentation, ensuring adherence to aviation and regulatory standards throughout the development lifecycle.

Intrinsic Robotics is a pioneering initiative under Alphabet that seeks to transform the landscape of industrial robotics. Our team is driven by the belief that innovations in artificial intelligence, perception, and simulation will significantly expand the horizons of what industrial robotics can achieve, with software and data at the heart of this evolution. Our mission is to make industrial robotics smarter, more accessible, and user-friendly for millions more businesses, entrepreneurs, and developers. We are a vibrant collective of engineers, roboticists, designers, and technologists, all committed to unlocking the creative and economic potential of robotics.RoleAs a Senior Research Scientist specializing in Robotic Foundation Models, you will spearhead the design and execution of systems that facilitate the training, deployment, and application of large-scale AI models in the robotics sector. You will play a pivotal role in defining technical strategies, mentoring fellow engineers, and ensuring the development of robust and scalable machine learning models that enhance robotic capabilities in real-world settings. Your contributions will provide essential tools and infrastructure to both internal teams and external partners, enabling the integration of advanced machine learning techniques into robotic applications.How Your Contributions Propel Our MissionLead the architecture and development of infrastructure for large-scale robotic foundation models.Oversee the training and deployment of high-performance machine learning models for robotic applications.Equip machine learning researchers and engineers with user-friendly tools and infrastructure to foster the development and implementation of AI techniques in robotics.Collaborate with product and engineering teams to define infrastructure needs and deliver effective solutions for our partners and clients.Essential Skills for SuccessPhD in Computer Science or Engineering, with a focus on Machine Learning and/or Robotics.A minimum of 4 years of experience collaborating on medium to large-scale software projects.Proficiency in programming languages such as Python and C++, along with experience in machine learning frameworks (e.g., TensorFlow, JAX).Demonstrable experience in offline Reinforcement Learning or Imitation Learning within a robotics context.Strong ability to work collaboratively within a team, guiding direction and driving towards effective solutions.Preferred Skills That Set You ApartAn academic record of publications in offline Reinforcement Learning or Imitation Learning applied to Robotics.Experience with...