HRIS & Systems Lead

About UsHelsing is a pioneering defense AI company dedicated to safeguarding democracies. Our mission is to attain technological excellence, enabling open societies to maintain control over their sovereign choices and uphold ethical standards.In our view, as democracies, we bear a unique responsibility to approach the development and deployment of powerful technologies like AI with caution and thoughtfulness. We take this responsibility seriously.Our team consists of passionate engineers, AI experts, and client-facing program managers. We seek mission-driven individuals to join our European teams and leverage their skills to tackle the most challenging and impactful problems. We foster an open and transparent culture that encourages healthy discussions about the use of technology in defense, its benefits, and its ethical implications.The RoleAs the Lead Systems Engineer, you will spearhead all weapon integration efforts for our advanced aerial platforms. You will oversee the comprehensive integration of various weapon systems across multiple domains, ensuring their flawless functionality with core mission and avionics systems. In this capacity, you will serve as the technical authority for weapon integration, offering guidance and mentorship to a skilled engineering team while driving the successful delivery of this vital capability.Your ResponsibilitiesLead the comprehensive weapon integration program across all relevant domains, ensuring a coherent and fully functional system-of-systems.Perform and supervise the detailed integration of weapons with the aircraft’s mission system and avionics architecture, encompassing data buses and software interfaces.Develop and manage the weapon integration roadmap, from concept definition to flight testing and final qualification.Coordinate with internal design teams, including structures, aerodynamics, and systems engineering, to manage the physical and functional integration of weapon systems.Draft technical specifications, interface control documents (ICDs), and statements of work for suppliers and subcontractors.

Who We AreHelsing is a pioneering defense AI company dedicated to safeguarding democracies around the globe. Our mission is to establish technological leadership, ensuring that open societies maintain autonomy in their decision-making and uphold their ethical standards.In our role as stewards of democracy, we recognize our unique obligation to navigate the development and implementation of transformative technologies like AI responsibly. We take this responsibility with utmost seriousness.Our dynamic team consists of engineers, AI experts, and client-focused program managers who are eager to tackle the most intricate and impactful challenges. We foster an open and transparent culture that encourages constructive discussions on the application of technology in defense, its advantages, and ethical considerations.The RoleAs a System Integrator, you will be pivotal in implementing all facets of systems and technologies within one of Helsing’s key programs that will influence the success of military operations. You will engage directly with industry collaborators, procurement agencies, and military entities. Your contributions will be vital in developing sophisticated systems that address the challenges of the future battlefield, focusing particularly on advanced land defense systems.Day-to-Day ResponsibilitiesLead and execute hardware and software integration initiatives to create innovative systems within customer solutions.Develop and maintain critical testing and verification documentation to uphold the highest quality standards.Provide expertise on system integration within a multidisciplinary environment.Propose designs and innovative, scalable, and adaptive systems and solutions.Advise stakeholders and propose solutions to complex challenges by utilizing your technical expertise.Identify and mitigate system vulnerabilities, driving enhancements through professional insights and problem-solving approaches.

WHO WE AREAt Proxima Fusion, our mission is to revolutionize the landscape of sustainable energy. We are leveraging the innovative W7-X stellarator and the latest technological advancements to unlock the potential of commercially viable fusion power plants. Our pioneering work in stellarator optimization, driven by state-of-the-art computation and machine learning, is guiding us into new frontiers of fusion technology, with enhanced performance achievable through high-temperature superconducting magnets.To seize this monumental opportunity, we are assembling a team of exceptionally dedicated and passionate individuals, united in their commitment to transforming technology on a global scale.WHY JOIN PROXIMA FUSIONTackle some of the most intricate technological challenges in pursuit of abundant, safe, and clean energy.Collaborate and learn from a select group of accomplished and driven professionals.Make your mark by doing your best work and enjoying the journey.Demonstrate that significant achievements are possible in Europe by harnessing top talent.YOUR IMPACTYou will be instrumental in defining the integration of all building-services systems (TGA - Technical Building Equipment / Building Services Engineering), electrical power distribution, and cryogenic utilities with the fusion machine. You will lead cross-disciplinary integration reviews, resolve routing and corridor logic, and ensure that Alpha, Proxima Fusion’s inaugural fusion demonstrator, and later Stellaris, our pioneering fusion power plant, feature coherent, maintainable, and buildable utility systems that align with both physics and construction constraints.WHAT YOU WILL DOLead integration reviews for TGA, electrical, and cryogenic systems, ensuring constructability and clarity in interfaces with building and machine systems.Define routing strategies, utility corridors, technical spaces, penetrations, and interface envelopes across Alpha and into early Stellaris assumptions.Translate machine-engineering requirements (vacuum, cryo, high-power electrical, cooling) into building-ready inputs for external partners.Proactively identify conflicts using federated models and ensure issues are resolved efficiently to maintain project timelines.

The Exploration Company designs and operates Nyx, a modular space vehicle built for in-orbit refueling and cargo transport. Nyx’s architecture is designed for reuse, with future plans to accommodate human passengers. The Future Projects Division leads the development of new space technologies and programs. This team explores early-stage concepts and pre-development efforts to expand what Nyx can do and to support upcoming missions. Role overview The Lead Systems Engineer (ISOS Host) joins the Future Projects Team to help develop a robotic orbital station. This station will become part of the In-Space Operations and Services (ISOS) ecosystem, supporting tasks like satellite servicing, propellant resupply, and advanced robotic-assisted experiments in orbit. What you will do Apply systems engineering expertise to the design and development of a robotic orbital station Lead and mentor a team of engineers working on ISOS-related projects Support the creation of new capabilities for satellite servicing and in-orbit experiments Team leadership This position blends technical engineering work with leadership responsibilities. The Lead Systems Engineer will guide a dedicated team, ensuring progress on ambitious projects that expand the ISOS ecosystem’s reach.

Join Wabtec Corporation as a System Integration and Test Engineer in Munich, where you will play a pivotal role in ensuring the seamless integration of cutting-edge technology within our systems. This position offers the opportunity to work with a dynamic team focused on innovation and excellence in engineering.Your responsibilities will include developing and executing integration and test plans, troubleshooting issues, and collaborating closely with cross-functional teams to deliver high-quality solutions. If you're passionate about engineering and want to make an impact, we invite you to apply!

Systems Software Integration InternJoin us to build, deploy, and launch innovative autonomous drone systems.If you have a passion for drones, Linux, and the challenge of making intricate systems function effectively in real-world scenarios, this is your opportunity to turn that passion into a professional career.At SE3 Labs, you will not merely simulate autonomy; you will be instrumental in bringing it to life in the skies.About SE3SE3 Labs specializes in developing Spatial AI by merging advanced 3D computer vision with large language models (LLMs). Our objective is to empower machines to comprehend and navigate physical spaces, fueling the evolution of autonomous systems in sectors such as infrastructure, robotics, and defense.To realize this vision, we are creating high-performance UAV platforms that incorporate state-of-the-art AI computing, sensor technologies, and communication systems.Role OverviewAs a Systems Software Integration Intern, you will operate at the dynamic intersection of AI, embedded systems, and flight hardware.Your primary mission will be to ensure our autonomous drone payloads are fully functional, guiding them from initial programming to successful flight.You will engage directly with Nvidia platforms, onboard computing architectures, radio systems, and deployment workflows. Your contributions will significantly enhance the speed and reliability of our next-generation autonomous system testing and deployment.This will not be a passive internship; you will take ownership of critical systems.Key ResponsibilitiesNvidia Jetson Systems: Flash, configure, and optimize Jetson devices (L4T / Ubuntu) for autonomous deployment.Software Deployment: Prepare and validate software stacks for real-world UAV integration.Datalink & Telemetry: Configure and test communication systems for stable drone operations.Integration Workflows: Enhance reproducibility and automation in our deployment and testing pipelines.Advanced Topics (based on skills): Explore ROS2 integration, Docker environments, networking optimization, performance debugging, or systems automation.Start date: As soon as possible.Collaborate closely with our AI, embedded, and flight teams to ensure seamless functionality both in theory and in practice.

Who We AreHelsing is a pioneering defense AI company dedicated to safeguarding democracies. Our mission is to achieve technological leadership, ensuring that open societies maintain the ability to make sovereign decisions and uphold their ethical standards.We believe in our unique responsibility as democracies to thoughtfully develop and deploy powerful technologies such as AI, and we take this duty very seriously.Our team comprises ambitious engineers, AI specialists, and customer-facing program managers. We seek mission-driven individuals to join our European teams to tackle the most complex and impactful challenges. Our open and transparent culture encourages healthy discussions about the application of technology in defense, its advantages, and ethical implications.The RoleAs the Lead Engineer for Passive RF Sensing, you will be responsible for the end-to-end integration and performance of electronic surveillance systems in aircraft, such as the Radar Warning Receiver (RWR/ESM). Your primary focus will be on translating mission threats into sensor requirements, defining the antenna architecture for optimal direction-finding, and managing the emitter library data. A key aspect of your role will be to lead co-site coordination to protect sensitive receivers from onboard transmitters and to drive the verification campaign to deliver a fully qualified sensor system.Your Day-to-Day ResponsibilitiesOversee the daily integration and performance of passive RF sensors (ESM/ELS/RWR functions as applicable) from requirements through to flight testing.Translate mission threat scenarios into well-defined sensor requirements.Define antenna/array architecture, placement, and baseline geometry for direction-finding and RF distribution.Lead and enhance direction-finding performance efforts.Specify and validate sensor performance metrics.Manage library and classification support, including emitter parameter sets, mode/PRI/PW/frequency agility handling, confidence metrics, and the update process.

About UsHelsing is a cutting-edge defense AI company dedicated to safeguarding our democracies. Our mission is to achieve technological leadership, empowering open societies to maintain sovereignty over their decisions and ethical standards.As a collective of engineers, AI experts, and proactive program managers, we are committed to the responsible development and deployment of powerful technologies like AI. We invite mission-driven professionals to join our European teams and tackle the most intricate and significant challenges. Our open and transparent culture fosters healthy debates on technology's role in defense, its advantages, and ethical considerations.Position OverviewIn the role of Lead Engineer for Active RF Sensing, you will take charge of the complete system engineering and integration of airborne AESA radar, overseeing everything from initial requirements to flight testing and operational rollout. Your primary responsibility will be to convert mission objectives into clear radar performance specifications, develop operational concepts, and facilitate technical integration with the airframe and mission systems. This essential position includes managing supplier relationships, ensuring compliance with low observability requirements, and leading the verification and testing processes to deliver a fully qualified, mission-ready sensor.Daily ResponsibilitiesOversee the day-to-day system engineering and integration of airborne radar (AESA/MFR as appropriate) from requirements gathering to flight testing and operational implementation.Translate mission objectives into radar performance specifications: detection range, RCS assumptions, coverage/scan, update rate, track quality, latency, and environmental constraints.Develop and maintain radar concept of operations (CONOPS) and mode set (search, track, GMTI/MTI, SAR/ISAR as necessary), including mode scheduling and mission-phase behavior.Lead antenna/aperture integration, focusing on placement, FOV/boresight alignment, radome impacts, thermal/structural constraints, and maintainability considerations.

About UsHelsing is a pioneering defense AI company dedicated to safeguarding our democracies. We strive for technological excellence to empower open societies to make independent decisions and uphold their ethical standards.As a collective of engineers, AI experts, and program managers, we recognize our unique responsibility in the careful advancement and application of transformative technologies like AI. We are committed to this mission.We seek passionate individuals to join our European teams, applying their expertise to tackle the most challenging and significant problems. Our culture promotes openness and transparent dialogue on technological applications in defense, including their advantages and ethical considerations.The RoleAs the Lead Engineer for Low Observability & RF Interoperability, you will lead initiatives to minimize the electromagnetic signature of systems while ensuring seamless coexistence of RF systems. Your primary duties will include developing low-signature operational concepts, managing RF deconfliction, and overseeing system-level integration and verification. This role is crucial for ensuring mission-critical performance and resilience, especially in contested electronic warfare scenarios.Daily ResponsibilitiesDesign and oversee emission control measures (deconfliction and LPD) for the entire system, including airborne platforms and ground components.Manage RF interoperability across airborne payloads (radar/AESA, RWR/ESM, datalinks, SATCOM/LOS radios, GNSS, IFF, telemetry), ensuring compatibility without mutual interference.Conduct EMC/EMI co-site assessments: interference mapping, blocker/intermod analysis, desense risk evaluation, harmonic/spur management, and provide mitigation strategies.Establish and manage frequency plans, channelization, guard bands, time-sharing strategies, and emission control (EMCON) profiles for various mission phases.Lead the design of low-observable/signature-aware electronic warfare solutions for both active and passive sensors.

Who We AreHelsing is a pioneering defence AI firm dedicated to safeguarding democratic values. Our mission is to attain technological supremacy, ensuring that open societies are empowered to make autonomous decisions and uphold their ethical standards.As advocates for democracy, we recognize our unique obligation to carefully consider the progression and application of impactful technologies like AI. We approach this duty with the utmost seriousness.Our team consists of passionate engineers, AI experts, and dedicated programme managers. We seek mission-oriented individuals to enhance our European teams, employing their expertise to tackle the most intricate and significant challenges. We foster an open and transparent culture that encourages constructive discussions regarding the ethical dimensions and benefits of technology in defence.The RoleIn the capacity of Lead Engineer for Low Observability Calculations, you will oversee and implement the advanced RCS simulation workflow. This encompasses constructing and meshing intricate analysis models and conducting extensive sweep campaigns on high-performance computing clusters. Your main goal will be to produce essential signature data and hot-spot analyses that will guide trade studies and substantially impact the low-observable design of airframes, antennas, and other critical components. Additionally, you will manage all supplier-related activities for RCS calculations and testing, ensuring the crucial correlation of simulation outputs with empirical measurement data to validate your models.Day-to-Day ResponsibilitiesConduct and manage high-fidelity RCS simulations employing MoM + MLFMM (and associated solvers) for airframe and payload-driven signature analyses.Perform Physical Optics (PO) studies (including extensions like PTD/UTD/edge diffraction when relevant) for large electrically significant structures and rapid trade assessments.Develop and maintain analytical models: including CAD optimization, material assignment (PEC/dielectrics/RAM), boundary conditions, and excitation configurations (monostatic/bistatic, polarizations).Create, review, and refine meshes (triangular surface meshes, localized enhancement on edges/gaps/cavities), ensuring convergence and numerical stability.

About UsAt Helsing, we are at the forefront of defense technology, harnessing the power of artificial intelligence to safeguard our democracies. Our mission is rooted in promoting technological advancement while ensuring that open societies retain the autonomy to make ethical decisions. We recognize our unique responsibility as a defense AI company and approach the development and application of advanced technologies like AI with careful consideration.We are a passionate team of engineers, AI professionals, and program managers dedicated to tackling some of the most challenging and impactful problems in defense. We invite mission-driven individuals to join our European teams, fostering an environment of transparency and open dialogue about the ethical implications of technology in defense.Your RoleAs the Lead Systems Engineer for Electro-Optical/Infrared (EO/IR) Sensing, you will be pivotal in overseeing the end-to-end integration of our airborne EO/IR targeting systems. This role involves translating mission requirements into precise performance specifications, managing the technical interface with suppliers, leading verification and testing campaigns, and ensuring seamless data integration with core mission systems.Daily ResponsibilitiesOversee the day-to-day system engineering and integration of the airborne EO/IR targeting system, from requirements definition to flight testing and operational deployment.Convert mission needs into specific performance requirements covering detection, tracking, and identification capabilities such as ranges, fields of view, stabilization, tracking accuracy, and environmental limits.Define and maintain sensor operational modes and concepts of operations across various mission phases, including wide-area search, cueing, target tracking, identification, geo-pointing, and post-strike assessments.

About Helsing Helsing develops defense technology with a focus on artificial intelligence, aiming to help democracies maintain control over their values and decision-making. The company’s mission centers on responsible innovation, balancing technical advancement with ethical considerations. Teams include engineers, AI specialists, and program managers working on complex defense problems. Helsing values open discussion about technology’s impact and invites professionals who share this mindset to join its European offices. Role Overview: Lead Systems Engineer – Low Observability Materials & Shaping This position calls for a systems engineer who specializes in low observability (LO) materials and shaping. The engineer will work closely with experts from different fields to address advanced defense challenges. The main focus is on integrating innovative materials and shaping techniques into air vehicle structures to meet strict survivability standards. What You Will Do Develop radar cross-section (RCS) and infrared (IR) material concepts for air vehicles, ensuring seamless integration with structural design. Design and execute a technology maturation roadmap for LO materials and related supplier components. Work with suppliers to create RCS and IR concepts for components such as antennas and EO/IR windows, and initiate development activities as needed. Oversee supplier and testing efforts to confirm that RCS and IR performance requirements are achieved. Coordinate with partners and suppliers to iteratively refine air vehicle shapes, improving RCS and IR characteristics through ongoing calculations and adjustments. Location: Munich

WHO WE AREAt Proxima Fusion, our mission is to revolutionize the future of sustainable energy. Our innovative approach, built around the state-of-the-art W7-X stellarator and the latest technological advancements, sets the stage for commercially viable fusion power plants.Our pioneering work in stellarator optimization, driven by advanced computation and machine learning, is pushing the boundaries of fusion technology. We are unlocking new high-performance design possibilities through the use of high-temperature superconducting magnets.To seize this monumental opportunity, we are assembling a team of exceptionally dedicated and passionate individuals who are committed to driving extraordinary advancements, radically transforming technology for a sustainable future.WHY JOIN PROXIMA FUSION?Tackle some of the most complex technological challenges to deliver abundant, safe, and clean energy to the world.Collaborate with an extraordinary group of talented and driven professionals.Make meaningful contributions through your work and enjoy an impactful journey.Demonstrate that remarkable achievements are possible in Europe by harnessing the best talent.YOUR IMPACTYou will play a crucial role in developing the civil and structural framework of Alpha, Proxima Fusion’s first fusion demonstrator, and lay the groundwork for scaling towards Stellaris, our groundbreaking fusion power plant. You will lead integration reviews focused on constructability, translate intricate physics and machine specifications into clear building interfaces, and ensure that designs from both internal teams and external partners are consistent, buildable, and safe.WHAT YOU WILL DOConduct cross-disciplinary reviews from a construction delivery perspective, addressing structural and building interfaces across Alpha and informing initial Stellaris assumptions.Establish civil and structural interface envelopes, load paths, tolerances, access strategies, and penetrations in collaboration with machine and engineering teams.Convert early technical and physics-driven requirements into building-ready, constructability-focused inputs for external engineering partners.Proactively identify and resolve conflicts early (routing, structure–machine clashes, long-lead constraints) utilizing digital models and comprehensive documentation.

About UsHelsing is a pioneering defense AI enterprise dedicated to safeguarding democratic values. Our mission is to achieve technological leadership to empower open societies to maintain their sovereignty and uphold ethical standards.As advocates for democratic principles, we recognize our unique responsibility in the thoughtful development and deployment of transformative technologies like AI. We are committed to this responsibility.Our team comprises ambitious engineers, AI specialists, and customer-focused program managers. We invite mission-driven individuals to join our European teams to leverage their skills in tackling complex and meaningful challenges. We promote a culture of openness and transparency, encouraging healthy discussions on the implications of technology in defense, its advantages, and ethical considerations.The RoleThe Production Engineer - Software Integration plays a critical role in ensuring the reliability of software systems in live environments. The focus is on achieving stability, efficiency, and scalability through automation, observability, incident management, and optimizing CI/CD pipelines. This position requires collaboration across teams to enhance the developer experience and elevate product quality, effectively bridging DevOps and Software Engineering disciplines. Responsibilities include troubleshooting, performance tuning, automation of deployments, incident responses, and maintaining security protocols to ensure seamless operations from code to production.Daily ResponsibilitiesSystem Reliability & Performance: Guarantee application stability, efficiency, and security in live production settings.Automation: Create and sustain automated deployment, testing, and scaling mechanisms.Monitoring & Observability: Establish and manage monitoring systems to assess application health, performance, and user experience.Incident Management: Address production incidents, conduct root cause analyses, and implement preventive strategies.Collaboration: Engage with development, product, and operations teams to foster improvements in software delivery and performance.

About UsHelsing is a pioneering defense AI company dedicated to safeguarding our democracies. Our vision is to achieve technological excellence, empowering open societies to make sovereign decisions and uphold their ethical standards.As proponents of democracy, we recognize our unique responsibility to thoughtfully navigate the development and implementation of powerful technologies like AI. We are committed to this vital responsibility.We are a passionate and driven team comprising engineers, AI specialists, and program managers who engage directly with our clients. We seek mission-driven individuals to join our European teams, applying their expertise to tackle some of the most complex and significant challenges. Our culture fosters openness and transparency, encouraging constructive discussions on the technology's role in defense, its advantages, and its ethical implications.Your RoleAs a Flight Control Systems Engineer, you will spearhead the development and delivery of an advanced fly-by-wire flight control system, collaborating closely with industry partners. You will be pivotal in defining the system, guiding it through all stages of development, and eventually integrating it onto the flying platform. In this endeavor, you will work alongside a diverse and highly skilled team of experts, strategists, and collaborators.Daily ResponsibilitiesLead the technical development of system architectures and establish requirements for flight control, vehicle management, and flight management functions in close collaboration with internal teams and partners.Plan and oversee the execution of the systems engineering lifecycle, from requirements development to qualification.Plan and direct the preparation of technical deliverables and documentation.

The Exploration Company develops Nyx, a modular and reusable orbital vehicle for cargo transport, in-orbit refueling, and future human missions. Located in Munich, the team works on advancing space technology and supporting complex operations in orbit. The Future Projects unit leads the way in creating new technologies and products, exploring prototypes and programs to expand Nyx and related systems. Role overview The Systems Engineer will play a key part in shaping next-generation space solutions. The focus is on designing new technologies, identifying stakeholders and use cases, and translating those needs into practical system architectures. This includes breaking down requirements, managing interfaces, and guiding technical trade-offs within a cross-functional engineering team. A significant part of the work will involve contributing to a robotic orbital station that supports in-space operations, satellite resupply, and robotic-assisted experiments. What you will do Lead and carry out systems engineering tasks, such as: Conducting technical trade-offs and investigations at the system level Defining system-level requirements and ensuring they align with lower-level requirements Structuring systems through functional decomposition Supporting development planning activities Coordinating technical work across specialist engineers to keep schedules and tasks on track Facilitating co-engineering sessions with internal teams and external partners (setting agendas, prioritizing, decision-making, documenting, and tracking actions) Preparing and maintaining technical budgets, such as mass and power Helping organize technical reviews with customers, including defining and delivering data packs and managing Requirements Identification Documents (RIDs) Location This role is based in Munich, Germany.

About UsHelsing is at the forefront of defense AI technology, dedicated to safeguarding democratic values. Our mission is to lead in technological innovation, ensuring that open societies retain the ability to make independent decisions while upholding ethical standards.In our role as a defense-oriented organization, we recognize the importance of responsibly developing and deploying advanced technologies such as AI. We commit to this responsibility with utmost seriousness.Our team consists of passionate engineers, AI experts, and program managers who are driven by a mission to tackle some of the most complex challenges. We foster a culture of openness and transparency, encouraging healthy discussions about technology's role in defense, its advantages, and ethical considerations.The RoleAs a Systems Engineer - Land, you will be pivotal in designing and implementing comprehensive systems engineering processes for one of Helsing’s key programs, significantly impacting land forces' success. Your contributions will extend to collaborating with industry partners, procurement agencies, and land forces.Your central role will involve creating sophisticated systems that address the challenges faced on the battlefield of the future. This includes a deep understanding of customer needs and cutting-edge technologies focused on land defense systems.In this position, you will work closely with delivery teams, balancing technical and commercial aspects, while ensuring strategic oversight and rigorous management of day-to-day project activities. You will be accountable for the timely, quality, and cost-effective delivery of all systems engineering initiatives.Our diverse partnerships-and-programs team combines various expertise and backgrounds, enabling us to elevate ambitions and influence our industry partners and clients regarding software and AI applications in defense, national security, and intelligence. Here, you will have the opportunity to collaborate with leading experts and contribute to shaping the future of our industry.

About UsHelsing is an innovative defense AI firm dedicated to safeguarding democratic values. Our mission revolves around achieving technological excellence, allowing open societies to uphold their sovereignty and ethical standards.As advocates for democratic principles, we recognize our unique responsibility in the thoughtful creation and implementation of advanced technologies, particularly AI. We take this duty seriously.Our team comprises passionate engineers, AI experts, and client-oriented program managers. We seek mission-driven individuals to join our European teams and tackle some of the most challenging and significant issues. Our open and transparent culture encourages healthy discussions about the use of technology in defense, its advantages, and ethical considerations.The RoleJoin our team as we develop the world's first AI-driven electronic warfare system for a 4+ generation fighter jet, guiding the project from concept to its inaugural flight. As a key member of our chief engineering team, you will lead system engineering efforts, including negotiating and validating requirements with clients and overseeing final system qualification and certification with authorities.Your main objective is to ensure that our cutting-edge AI software fulfills client requirements and surpasses their expectations.Daily ResponsibilitiesAs a vital part of the Chief Engineering team, your daily tasks will include:Negotiating system requirements with clients, deriving high-level software requirements, and validating these in close collaboration with our software leads.Updating the traceability of system requirements to all software development artifacts, establishing clear technical product baselines in partnership with configuration management.Conducting regular technical risk board meetings alongside our software engineering team.

About UsAt Helsing, we are a cutting-edge defense AI company dedicated to safeguarding democracies. Our mission is to attain technological leadership, empowering open societies to maintain sovereignty and uphold ethical standards.We are deeply committed to the responsible development and deployment of advanced technologies like AI, recognizing our unique obligation as democracies.We are an ambitious team of engineers and AI specialists, seeking mission-driven professionals to join our European teams in tackling complex and impactful challenges. Our culture promotes transparency and encourages healthy discussions on the ethical implications of technology in defense.The RoleThe Chief Mission Systems Engineer will act as the technical authority for our entire mission, leading and providing expertise across all system segments of our reconnaissance satellite constellation. This includes guiding the design, integration, verification, and operation of the comprehensive mission architecture, encompassing the satellite, launch, ground, and operations segments.In this pivotal role, you will bridge business development, solution design, and system realization. You will spearhead the implementation of systems engineering practices for Helsing’s programs, crafting innovative solutions, establishing requirements and architectures that align with industry standards, and overseeing the technical execution of projects.Collaboration will be key as you work alongside internal teams, industry partners, and procurement agencies to convert business opportunities into practical engineering solutions. You will ensure project alignment with customer needs while facilitating seamless execution, acting as a critical link between commercial and realization teams. This role requires a proactive, strategic approach to systems engineering, ensuring high-quality, timely, and cost-effective delivery of activities while fostering collaboration across interdisciplinary teams.Daily ResponsibilitiesLead the technical direction and decision-making for mission systems engineering.Oversee the integration and verification processes across multiple system segments.Collaborate with various stakeholders to ensure alignment with customer objectives.Drive innovative engineering solutions and establish best practices in systems architecture.