Autoliv Sverige AB jobb

Autoliv is the worldwide leader in automotive safety systems. We develop, manufacture and market protective solutions such as airbags, seatbelts, and steering wheels for all major automotive manufacturers worldwide, along with advanced safety solutions for new mobility. In 2025, our products helped save approximately 40,000 lives and prevented around 600,000 serious injuries. We are now looking for an experienced Product Development Senior Engineer to lead the development and execution of safety strategies for next-generation interior safety technologies. In this role, you will drive safety activities from concept through production release, working across engineering disciplines to deliver innovative solutions that help protect vehicle occupants worldwide. Role and Responsibilities Define safety goals, hazard analyses, misuse scenarios, and mitigation strategies. Lead the development and maintenance of safety cases, including claims, arguments, and supporting evidence. Drive system architecture and safety decomposition for interior safety functions. Establish safety milestones, release gates, and acceptance criteria. Partner with Human Body Modeling & Simulation teams to translate insights into safety solutions. Coordinate cross-functional teams across engineering, validation, human factors, and systems engineering. Manage safety risks, escalations, audits, and customer assessments. Align global requirements across Europe, North America, China, and Japan. Support customer reviews and promote innovative interior safety technologies. What You’ll Bring Bachelor's or master’s degree in engineering or a related field. 10+ years of experience in automotive safety, systems engineering, electronics, or mechatronics. Strong knowledge of vehicle passive safety regulations and industry standards, including ISO 26262 and NCAP. Deep understanding of occupant protection, safety mechanisms, and system-level design. Proven track record of delivering safety cases and leading release governance in production programs. Ability to actively contribute to and lead technical workshops and decision-making forums. Experience leading cross-functional teams in a global engineering environment. Strong documentation and presentation skills. Fluent verbal and written communication skills in English. Who Are You? You are a strategic leader with strong technical expertise and the ability to build alignment across teams and stakeholders. You bring: Strong leadership and coordination capabilities. Sound judgment and a high sense of ownership. Excellent relationship-building and collaboration skills. A strategic and results-oriented mindset. Strong negotiation and influencing capabilities. The ability to prioritize effectively and manage competing demands. High emotional intelligence and the ability to handle conflict constructively. Why Autoliv? At Autoliv, our purpose is simple: Saving More Lives. By joining our team, you will have the opportunity to influence the next generation of safety innovations while working alongside some of the industry's most talented experts. Together, we develop technologies that make a real difference for people around the world. We would love to hear more about your experience, ambitions, and what inspires you. Let's start the conversation. Your Application Does this sound like the opportunity you’ve been waiting for? Please apply and feel free to contact us if you have any questions. Practical information Place of Work: Vårgårda (Hybrid) Scope: Full-time Employment type: Permanent Start date: According to agreement  More lives saved – more life lived!

Autoliv is the worldwide leader in automotive safety systems. We develop, manufacture and market protective solutions such as airbags, seatbelts, and steering wheels for all major automotive manufacturers worldwide, along with advanced safety solutions for new mobility. In 2025, our products helped save approximately 40,000 lives and prevented around 600,000 serious injuries. We are now looking for an experienced Simulation Engineer to lead the development and operation of a high-fidelity virtual validation platform for next-generation interior and occupant safety systems. In this role, you will play a key part in accelerating product development and delivering release-grade safety evidence through advanced simulation methodologies Role and Responsibilities Design and maintain end-to-end XiL environments (SiL, HiL, DiL/ViL) for safety-critical functions. Integrate vECUs (AUTOSAR Classic/Adaptive), environment models, and CI/CD pipelines. Develop and execute scenario-based validation, including edge cases and misuse scenarios. Generate synthetic scenarios using tools such as NVIDIA Omniverse, CARLA, and Human Body Models (HBM). Validate and correlate simulation models against physical test data. Automate simulation execution, regression testing, evidence generation, and reporting. Support functional safety activities and maintain traceability in accordance with ISO 26262 and SOTIF. What You’ll Bring Bachelor's or master’s degree in engineering or a related field. 8+ years of experience in automotive simulation, ADAS/active safety validation, vehicle dynamics, or XiL environments. Strong programming skills in Python, C/C++, and experience with Git, Jenkins, and Docker. Hands-on experience with MATLAB/Simulink, dSPACE, and scenario-based testing. Knowledge of AUTOSAR, CAN/CAN-FD, Automotive Ethernet, and CANalyzer. Experience with simulation automation, virtual ECUs, and safety-critical development environments. Fluent verbal and written communication skills in English. Who Are You? You are analytical, self-driven, and passionate about solving complex technical challenges. You thrive in cross-functional teams, communicate effectively, and consistently deliver high-quality results. You bring: Strong analytical mindset and attention to detail Excellent problem-solving capabilities Ability to communicate complex technical information clearly, both verbally and in writing Self-driven with strong time-management skills Effective collaborator in cross-functional and international teams Adaptable and open to new technologies and changing priorities Structured, rigorous, and quality-focused approach to engineering Why Autoliv? At Autoliv, our purpose is simple: Saving More Lives. By joining our team, you will have the opportunity to influence the next generation of safety innovations while working alongside some of the industry's most talented experts. Together, we develop technologies that make a real difference for people around the world. We would love to hear more about your experience, ambitions, and what inspires you. Let's start the conversation. Your Application Does this sound like the opportunity you’ve been waiting for? Please apply and feel free to contact us if you have any questions. Practical information Place of Work: Vårgårda (Hybrid) Scope: Full-time Employment type: Permanent Start date: According to agreement  More lives saved – more life lived!

Autoliv is the worldwide leader in automotive safety systems. We develop, manufacture and market protective solutions such as airbags, seatbelts, and steering wheels for all major automotive manufacturers worldwide, along with advanced safety solutions for new mobility. In 2025, our products helped save approximately 40,000 lives and prevented around 600,000 serious injuries. Driven by our mission of Saving More Lives, we are developing connected, intelligent, and data-driven safety technologies that extend beyond traditional vehicle safety systems. To support this exciting journey, we are looking for three Software Engineering Interns to join our team and contribute to the next generation of automotive safety and mobility solutions. This is an opportunity to gain hands-on experience, work with cutting-edge technologies, and collaborate with experienced engineers in an international and purpose-driven organization. Role and Responsibilities As a Software Engineering Intern, you will have the opportunity to contribute to the development of future automotive safety and mobility solutions. Depending on your background, interests, and ongoing projects, you may work within areas such as system development, control engineering, embedded software, connected services, cloud technologies, simulation, testing, and data analytics. You will collaborate with experienced engineers and gain valuable insight into the full product development process while contributing to real-world projects. Your Key Responsibilities may include: Supporting the development of future automotive safety and mobility solutions Working with system, software, control, or algorithm development Participating in simulation, testing, and validation activities Analyzing data and system performance Contributing to requirements, documentation, and technical investigations Collaborating with cross-functional engineering team Who Are You You are curious, motivated, and driven by technical challenges. Whether your interests lie in embedded systems, control engineering, software development, data analytics, or connected solutions, you are eager to learn, grow, and contribute to the future of automotive safety and mobility. Required Qualifications: Currently pursuing an M.Sc. degree in Control Engineering, Robotics, Mechatronics, Electrical Engineering, Computer Science, Software Engineering, Data Science, AI, Systems Engineering, Automotive Engineering, or a related technical field Strong analytical and problem-solving skills Interest in technology development and innovation Good communication and collaboration abilities Fluent in English, both written and spoken Experience or knowledge within software development, connected technologies, data analytics, embedded systems, control engineering, or automotive systems is considered an advantage. Familiarity with tools such as Python and MATLAB/Simulink is a plus. However, we value curiosity, motivation, and a willingness to learn just as highly as previous experience. Why Join Autoliv? At Autoliv, you will have the opportunity to: Work with advanced technologies that contribute to safer mobility Gain practical experience in a global technology company Learn from experienced engineers and industry experts Develop technical and professional skills through meaningful projects Contribute to innovations that help save lives every day Practical Information Place of Work: Lindholmen (1 position) or Vårgårda (2 positions) | Hybrid Scope: Temporary contract, approximately 40% per month Start Date: According to agreement

MISSION Own the system and electronics engineering of a wearable airbag vest ECU, from architecture definition through industrialization and manufacturing release. The role combines system engineering ownership and electronics design leadership for an existing product platform that will evolve across multiple generations, with increased functionality, connectivity, and performance. The objective is to deliver safe, robust, manufacturable, and evolvable ECU solutions that meet functional, safety, cost, quality, and planning requirements for a critical safety application. The role acts as the technical reference, working closely with the Project Manager, hardware and software teams, industrialization, suppliers, and validation teams. In addition, the System lead will be the main technical contact for the Product teams and will work on the integration with them. The team is located in France & Sweden mainly. Travel to France, China, US & other countries is expected regularly (Several times a year) KEY RESPONSIBILITIES System & Product Architecture Define, maintain, and evolve the ECU system architecture across generations (sensing, processing, power, safety interfaces, connectivity, updates) Perform functional analysis including safety and cybersecurity Define system modularity, interfaces, constraints, and services, Ensure architectural consistency across hardware, embedded software, and connectivity (mobile gateway & cloud interfaces) Own the technical roadmap for future product generations Electronics Design Leadership Lead and approve key electronics design choices (MCU/SoC, sensors, power architecture, connectivity modules, safety‑critical circuits) Identify technical risks and design hard points and define mitigation actions Validate design results with hardware and software leads Ensure compliance with cost, power consumption, robustness, and environmental constraints specific to wearable products Development Process, Safety & Compliance Apply suitable systems engineering methods, e.g., following the V‑cycle Ensure alignment with functional safety and quality processes Lead or contribute to risk and safety analyses (DFMEA, PFMEA, hazard analysis) Ensure full traceability from requirements to verification and validation Requirements & Documentation Define and approve system requirements, product specifications, and interface specifications Ensure consistency of system documentation (item definition, architecture, interfaces) Manage change impact analysis across variants and generations Maintain the design definition file for prototype and series production Connectivity, FOTA & Lifecycle (ECU Scope) Define ECU‑side architecture for secure connectivity and cloud interaction Own the FOTA strategy (architecture, safety, rollback, validation) Ensure long‑term maintainability and field robustness (Mobile app and cloud development are out of scope; ECU interfaces are in scope.) Prototyping & Industrialization Define prototype needs and lead technical validation Support or lead Design for Manufacturing and Test (DFM/DFT) Define system‑level test and production test strategies Ensure readiness for industrialization and manufacturing release Technical Leadership Coordinate the system and electronics design team Organize technical and architecture reviews Interface with project management, development teams, manufacturing, and suppliers Provide technical support and training when required PROFILE Education & Experience Engineering degree (Electronics, Embedded Systems, Mechatronics or equivalent) 4–6 years’ experience in embedded real‑time systems Proven background in system architecture, electronics leadership, and safety‑critical products Skills Strong expertise in embedded electronics and ECU design Solid knowledge of embedded development, low‑power systems, functional safety, connectivity, and FOTA Experience with prototyping and industrialization Soft Skills Strong technical leadership and communication Autonomous, structured, and solution‑oriented Excellent professional English Start: ASAP | Duration: Long term Scope: System & Electronics ownership for current and next‑generation wearable airbag ECUs

Project Manager – Wearable Airbag ECU Development Background Autoliv is driving a new era of rider protection by expanding advanced safety solutions beyond traditional airbags to protect more road users in more scenarios. As part of this mission, we are developing the next‑generation Electronic Control Unit (ECU) to enable smarter, faster, and more scalable safety systems. The ECU project Manager will play a pivotal role in delivering this ECU across a broader product portfolio, accelerating integration into new applications and vehicle platforms. This role directly contributes to Autoliv’s purpose: saving more lives through innovation Link. MISSION Lead and deliver the Next Wearable Airbag Electronics development projects across the full lifecycle, from product evolution and new generations to industrialization and series production. The Project Manager is accountable for planning, cost, quality, risk, and delivery, ensuring effective coordination between system engineering, electronics, embedded software, mechanics, validation, industrialization, suppliers, and operations. The role focuses on the embedded ECU product, its evolution and deployment in the field, while coordinating interfaces with wearables teams and working very closely with mobile application and cloud and crash detection teams. KEY RESPONSIBILITIES Project Ownership & Planning Own ECU development projects covering product evolutions, new generations, and variants Define and control project scope, objectives, milestones, and deliverables Build and maintain the global project plan, managing dependencies and critical paths Manage project budget and resources (internal and external) Anticipate deviations and drive corrective actions Technical & Cross‑Functional Coordination Coordinate all technical contributors: System & Electronics Engineering, Embedded Software, Crash detection algorithms, Hardware Design, Mechanical Design, Validation & Test, Industrialization & Manufacturing, Mobile App & cloud. Ensure product specifications and system architecture are defined, approved, and respected Validate technical trade‑offs in collaboration with the Lead System & Electronics Engineer (cost vs performance, innovation vs risk, short‑term vs long‑term strategy) Risk, Safety & Quality Management Identify and manage technical, industrial, planning, and supply‑chain risks Ensure safety and quality activities are planned and executed: Functional safety processes, DFMEA / PFMEA, Validation and qualification Ensure compliance with internal processes and applicable standards Drive escalation and problem resolution on critical issues Product Lifecycle & Evolution Manage ECU lifecycle: New generation development, Production support & Continuous improvement Coordinate introduction of new features, electronics changes, and architecture evolutions (connectivity, FOTA, security) Plan and manage firmware update (FOTA) deployment in coordination with system and software teams Suppliers & Industrialization Manage relationships with suppliers, manufacturing partners, and external engineering teams Support supplier selection and contracting with purchasing Ensure supplier deliverables meet technical, planning, and quality expectations Coordinate DFM / DFT and ensure readiness for prototypes, pre‑series, and series production Monitor manufacturing ramp‑up and ensure proper handover to operations Reporting & Communication Provide clear, regular project status reporting to management and stakeholders Prepare and lead project, milestone, and risk reviews Ensure transparent communication and effective decision‑making PROFILE Education & Experience Engineering degree or equivalent 5+ years’ experience in project management of embedded or mechatronic systems Experience in safety‑critical products is a strong asset Having launched a product is a big plus Technical Background Solid understanding of embedded ECU development, system engineering, and electronics/software constraints Familiarity with V‑cycle development, quality and safety processes Sufficient technical depth to challenge solutions and drive informed trade‑offs Skills & Mindset Strong planning, organization, and leadership skills Proven experience managing multi‑disciplinary teams and suppliers Risk‑ and delivery‑focused, structured, and proactive Excellent professional English (written and spoken) Start: ASAP | Duration: Long term Scope: ECU development projects for wearable airbag systems, from evolution to next‑generation platforms

Autoliv is the worldwide leader in automotive safety systems. We develop, manufacture and market protective solutions such as airbags, seatbelts, and steering wheels for all major automotive manufacturers worldwide, along with advanced safety solutions for new mobility. In 2025, our products helped save approximately 40,000 lives and prevented around 600,000 serious injuries. Driven by our mission to save lives, we are now expanding our organization by building a new team within Electrical Safety Solutions. To support this growth, we are looking for an Electrical Design Engineer in HVDC/MVDC to join our team and contribute to the next generation of automotive safety technology. Role and Responsibilites As an Electrical Design Engineer, you will be part of a growing team in Vårgårda developing advanced HVDC/MVDC applications that protect systems used for producing, storing, and converting electrical energy. These applications include energy transmission and converter stations, as well as energy storage systems, and more, both for medium- and high-voltage environments. Your key responsibilities will include: Designing and developing electrical solutions for HVDC/MVDC switchgear that protect other equipment in the system Responsible for and performing high-voltage testing and verification in our newly established HV test laboratory Contributing to the electrical design of fast-acting, pyrotechnically triggered switching solutions Ensuring compliance with applicable industry standards and internal safety requirements Supporting product development through simulation, testing, and design reviews Actively contributing to the technical strategy and future roadmap for Electrical Safety Solutions Who Are You? You are motivated by technical challenges and want to contribute to next-generation safety solutions in high-voltage applications. You enjoy hands-on testing as well as analytical work. Required qualifications: B.Sc. or M.Sc. in Electrical Engineering, Power Electronics, or a related field Interest in high-voltage systems, power electronics, or energy applications A structured and curious approach to problem-solving Good communication skills and a willingness to collaborate and ask questions Experience is an advantage but not a requirement – we value potential, motivation and the desire to learn just as much as previous hands-on experience. We will be more than glad to chat with you about your experience and your career goals. Your Application Does this sound like the opportunity you’ve been waiting for? Please apply and feel free to contact us if you have any questions. Contact: Jörgen Kjellén, Electrical Engineering Manager, [email protected]. Practical information Place of Work: Vårgårda (Hybrid) Scope: Full-time Employment type: Permanent Start date: According to agreement  More lives saved – more life lived!