Jobs – Helsing

You will architect and implement tools and platforms for autonomous decision-making in defence, focusing on abstracting complex distributed systems to maximize training throughput and developer velocity.

As the HRIS Systems Lead, you will guide HR solutions that prioritize employee experience and operational efficiency. You will oversee core systems like HiBob and Jira, standardize global data, and drive workforce analytics and process automation, ensuring the HR architecture scales with the team.

You will design, train, and deploy reinforcement learning-based controllers for robots operating in complex real-world environments. Your work spans from simulation to deployment, ensuring robust and efficient policies under hardware constraints.

Join our team to design intuitive and trustworthy AI-based applications for defence, tackling complex challenges and pushing boundaries in UX. You'll contribute to every stage of product development, from concept to delivery, ensuring products are easy to use, reliable, and ethical for soldiers in the field.

You will own the full cycle of Flight Control Laws development for aerial platforms, from architecture and implementation to integration and flight testing. You will work in a small team, shaping both the product and the processes to build it.

You will research, design, and train large-scale foundation models to transform sensor data into autonomous capabilities. Your primary focus will be training and fine-tuning Vision-Language Models on custom datasets, owning the full model lifecycle from data curation to evaluation.

You will lead weapon integration activities for advanced aerial platforms, managing end-to-end integration of diverse weapon systems with core mission and avionics systems. This role involves acting as technical authority, mentoring a team, and driving delivery of critical capabilities for a defence AI company.

You will own the mechanical design and integration of electronic boards, connectors, and harnesses for complex drone products, using 3D/2D CAD and PLM tools to ensure robust, cost-effective solutions that support Helsing's mission in defence AI.

In this role, you will design electronic board architectures for innovative marine robots, working with mechatronics, embedded systems, and acoustics teams to create robust, scalable, and cost-effective solutions that enhance defence capabilities.

You will lead the development and delivery of safety critical flight control and vehicle management hardware and software, working with industry partners to drive systems from conception to flying platforms, contributing to the protection of democratic nations.

You will lead the development and delivery of a fly-by-wire flight control system, working closely with industry partners to define the system and drive it through all development stages onto the flying platform.

You will ensure software runs reliably in live environments, focusing on stability, efficiency, and scalability by building automation and monitoring tools, managing incidents, and optimizing CI/CD pipelines. You will collaborate cross-functionally to improve developer experience and product quality, bridging DevOps and Software Engineering.

You will develop cutting-edge techniques for scalable evaluation of AI products, define operational domains, and enhance reliability via uncertainty quantification and safety mechanisms. Collaborate across teams to ensure responsible AI deployment in defense.

You will own the end-to-end integration of an airborne electro-optical/infrared targeting system, from requirements through flight test and operational release. You will translate mission needs into performance requirements, manage supplier interfaces, lead verification testing, and ensure seamless data integration with the mission system to deliver a fully qualified capability.

You will lead efforts to minimize the system's electromagnetic signature while ensuring all RF systems coexist without degradation. Your role involves developing low-signature operational concepts, managing RF deconfliction, and leading system-level integration to guarantee mission-critical performance in contested electronic warfare environments.

You will develop and extend state-of-the-art signal processing algorithms, deploying them in real-world defense contexts. You'll collaborate across teams to shape AI capabilities in challenging sectors like airborne and underwater systems.

You will support project coordination by analyzing data, generating reports, and providing insights to ensure projects are delivered on time and within budget. Your work helps drive continuous improvement and informed decision-making for complex defence AI projects.

You will integrate state-of-the-art AI software into complex defence systems, working directly with customers to understand and adapt to their data structures and APIs. Collaborating closely with product teams, you'll formalize requirements, ship features, and coordinate technology demonstrations to deliver real-world impact in challenging environments.

You will take ownership of a scaling ISMS, embed ISO 27001 and BSI IT-Grundschutz frameworks across multiple countries, contribute to building a NATO Classified Infrastructure and a next-generation Cyber SOC. No two days are the same: from consulting delivery teams on security concepts and driving audit readiness, to shaping incident management procedures across a growing international organisation.

You will develop computer vision models for object recognition, tracking, video understanding, and scene matching, and adapt them to hardware constraints. You'll design experiments, conduct benchmarks, and collaborate across teams to deliver AI capabilities for defence applications.

You will ensure Helsing's cutting-edge defence technologies are exported legally and ethically. You'll manage licensing processes, advise teams on trade regulations, and oversee internal control programs to enable sovereign capabilities for democratic nations.

You will craft and manage technical documents for defence AI products, ensuring compliance with military standards. Your work involves collaborating with engineering teams, preparing manuals and guides, and coordinating documentation projects from start to finish.

You will design and develop electronic systems for legged robotics, from concept to implementation, working in a fast-paced multidisciplinary team. Your work contributes to protecting democratic societies through advanced defence AI.

You will build, train, and integrate reinforcement learning agents into high-performance runtime systems for autonomous aerial platforms, collaborating across teams to deploy cutting-edge ML/AI in production.

Como Técnico Mecatrónico en Helsing, te encargarás del montaje electromecánico y validación de robots, así como de la reparación de averías y mejora de procesos. Contribuirás directamente a proyectos de defensa que protegen democracias, trabajando con expertos en IA y robótica en un entorno innovador.

You will build and validate flight dynamics models for aerial platforms, from model architecture to flight test validation. You'll collaborate with teams in Control, Aerodynamics, and Testing, and analyze test data to improve model accuracy.

You will implement all aspects of systems and technologies within defense programs, collaborating with industry partners and military forces to develop complex solutions for tomorrow's battlefield. Your work involves leading hardware and software integration, maintaining test documents, and advising on innovative systems.

You will develop AI-based capabilities and enabling infrastructure for semi-autonomous platforms, tackling challenging problems in distributed systems, embedded computing, robotics, networking, deployment infrastructure, security, and machine learning. Your work will directly impact real-world defense applications, requiring reliability and frictionless operation in high-stress environments.

As a Software Engineer on the Ground to Air HMI team, you will build interfaces for air forces to operate autonomous systems in missions. You'll tackle challenges in distributed systems, human-autonomy teaming, networking, real-time interfaces, deployment infrastructure, security, and machine learning, working near the state-of-the-art to make theory work in practice.

Als Schichtleiter in der Produktion unterstützt du den Produktionsleiter bei der Führung eines Teams, sorgst für reibungslose Abläufe und hohe Qualitätsstandards. Du motivierst dein Team, arbeitest bei Montageaufgaben mit, ermittelst Schulungsbedarf und kommunizierst mit anderen Abteilungen wie Logistik und Qualitätsmanagement.

You will lead the development, integration, and operation of a cutting-edge SAR reconnaissance satellite constellation. This role involves orchestrating all aspects of a multi-year programme from design to operations, coordinating multidisciplinary teams, and managing budgets and risks to achieve strategic objectives.

You will develop cutting-edge Command and Control capabilities for an autonomous fighter jet, working on the full system lifecycle from concept to deployment. Collaborating with a high-calibre team, you'll define system architecture, drive integration and validation, and manage relationships with partners and suppliers.

You will shape and execute Helsing's voice across digital platforms, developing compelling content that communicates our mission to protect democracies through advanced AI, while collaborating with design and marketing specialists to translate complex technical and ethical concepts into clear, engaging campaigns.

You will play a key role in manufacturing advanced defense systems, precisely assembling complex components for missiles and drones to ensure the highest quality and reliability standards.

You will build simulation and validation environments for autonomous air systems, working on state-of-the-art challenges in data visualization, human-autonomy teaming, and real-time interfaces. Your work will directly support engineers and operators in high-stakes defence missions.

You will establish and maintain configuration management infrastructure for high-quality software systems, ensuring compliance with aerospace safety standards (DO-178C). You will own the configuration management process, collaborate with cross-functional teams, and support engineering teams on CM tools and best practices.

You will craft and execute product marketing strategies that articulate our product's value, conduct market analysis, and collaborate with cross-functional teams to ensure messaging consistency across all channels. Your work will directly support our mission to protect democracies through AI.

You will architect and build the infrastructure foundation for Helsing's first U.S. engineering team in Washington, DC. This greenfield opportunity involves designing secure, compliant AWS environments and developer tooling from the ground up, working at the intersection of AI and national security.

As a Senior SW QA Engineer, you'll ensure the quality and safety of Helsing's defence AI software, working hands-on to shape QA strategy and automation. Your contributions will directly impact the reliability of products that protect democratic societies.

You will build simulation and validation environments for autonomous air systems, developing Software-in-the-Loop and Hardware-in-the-Loop setups to test AI-driven capabilities. You'll tackle backend engineering challenges across simulation frameworks, test automation, hardware-software integration, real-time computing, distributed systems, deployment infrastructure, and ML validation.

You will develop AI-based capabilities and enabling infrastructure for semi-autonomous platforms in defence, tackling challenges like distributed systems, embedded computing, and machine learning. You'll review code, implement features, and mentor colleagues in a mission-driven team.

You will apply a comprehensive system safety approach within defense AI programs, ensuring compliance with standards like MIL-STD-882 and ARP4761A. You'll conduct hazard analyses, develop safety requirements, and collaborate with cross-functional teams to integrate safety into system design.

You will design, build, and manage on-premise Kubernetes infrastructure, create robust observability frameworks, and collaborate with security teams to implement cloud-native security practices. Your work directly enables development teams to operate services at scale in high-security environments.

You will build the foundational mission control infrastructure for a cutting-edge autonomous aerial platform, the CA-1 Europa UCAV. Your work will enable real-time sensor processing, secure communication, and autonomous decision-making in demanding environments.

In this role, you will manage classified document lifecycles and ensure compliance with national security frameworks across multiple entities. You'll handle personnel vetting, conduct security awareness sessions, and support the expansion of protected operations internationally.

You will work across cloud infrastructure, applications, identity systems, and products to identify and reduce security risks. Your role directly shapes the trust of partners, customers, and the public, ensuring teams can build and ship with confidence in a high-stakes environment.

You will build the autonomy brain for a cutting-edge autonomous aerial platform, integrating state-of-the-art reinforcement learning agents into the operational systems of your own Unmanned Combat Aerial Vehicle. This role involves working at the intersection of machine learning and systems engineering to enable real-time autonomous decision-making in flight.

You will act as the central point of ownership for the partner and supplier ecosystem, architecting and managing vital partnerships from contract negotiation to performance excellence. Your role ensures that key contractors and vendors operate as a seamless extension of the core team, safeguarding programme objectives across the entire supply chain.

You'll collaborate with product designers and engineers to shape Helsing's frontend foundation, owning the UI from prototypes to production code. Your work will enhance usability and create reusable components across multiple products, directly impacting how users interact with defence AI tools.

You'll own the creation and maintenance of technical documentation across Helsing's multidisciplinary drone hardware and software programmes. You will **extract first-principles technical knowledge** from complex system architectures and translate it into precise, structured documentation used by both internal engineering teams and external operators. Your work directly supports **programme maturation, compliance and operational readiness**.

You'll own the thermal and thermo-mechanical simulation of complex drone products at a defence AI company. Your assessments directly inform design decisions and ensure thermal integrity from early concept through to flight-ready hardware.

You'll own configuration management across **complex drone products** at a leading defence AI company. You'll establish product baselines, lead change control, and ensure **full traceability** from requirements to as-built hardware. This role puts you at the heart of engineering, manufacturing, and quality teams.

You'll own the structural integrity of drone systems at Helsing, a defence AI company. You'll define loads, build and validate finite element models, and deliver structural assessments that directly inform design decisions for **autonomous systems** operating in demanding environments. You'll collaborate closely with mechanical design, systems, and test teams to accelerate development and reduce technical risk.

You'll play a central role in maintaining the Quality Management System (QMS) and ensuring quality assurance throughout the development lifecycle of **software-intensive programmes**. You'll set priorities, make decisions, and drive forward workstreams while working directly with project teams and external stakeholders.

You'll own the integration of avionic systems onto Helsing's drone platforms, working across hardware and software boundaries. You'll drive fault isolation, requirements traceability, and production scalability from prototype to series production. This role offers the **unique challenge** of working in defence AI at the **state-of-the-art** of technical innovation.

You'll define end-to-end **communication architectures** for airborne systems, covering data, voice, and mission-critical links, integrating emerging technologies into critical air platforms. You'll collaborate with partners and government stakeholders to **shape the future of airborne mission systems**.

You'll lead **end-to-end industrial design** for Helsing's defence technology products, translating complex technical systems into refined physical products. You'll shape the **cross-domain design identity** and collaborate with engineering to ensure manufacturability. This role offers the chance to impact democratic defence with cutting-edge AI.

You'll manage the simulation workflow layer built on top of **on-premises HPC infrastructure** for a defence AI company. Your core impact is ensuring the solver stack is reliable, fast to set up, and easy to iterate on. You'll build **automated end-to-end pipelines** and serve as the primary technical partner to simulation engineers.

You'll test and mature **military AI products** from proof of concept to operational rollout, working at the boundary of software, hardware, and the maritime environment. You'll collaborate with engineers and end users to provide critical feedback that assures **products are safe and reliable**. This role involves hands-on work at sea and in labs, directly shaping product evolution.

You'll shape **strategic partnerships** and **customer programmes** defining the future of naval warfare for a defence AI company. Your core impact will be owning the strategy, vision, and roadmap for maritime defence programmes from early engagement to delivery. This role offers the unique opportunity to work at the intersection of cutting-edge AI and defence technology.

You'll own the complete Digital Mock-Up for Helsing's complex drone systems, governing spatial integration across structural, mechanical and electrical subsystems. You'll drive clash resolution, enforce modelling standards, and lead 3D design reviews that determine configuration maturity.

You will act as the formal Software CVE within the approved Design Organization, serving as the final gatekeeper for flight safety. You will review and approve certification reports, lead Stages of Involvement audits, and perform deep-dive technical reviews to ensure adherence to safety standards.

You'll own **de-risking ground-side systems** before flight, building HIL/SIL environments and regression libraries that serve as a gatekeeping layer. Your work reduces programme cost and prevents in-flight failures by catching issues in the lab. This role directly supports **airworthiness compliance** for defence AI systems.

You'll shape and own commercial strategies for **defence AI products** at Helsing, working with German defence partners. You'll govern the full contract lifecycle from bid development to change management, ensuring **compliance with German pricing law**. This unique role combines **cutting-edge AI with sovereign defence missions**.

You'll own end-to-end delivery of integrated **defence AI products** at Helsing, bridging design, supply chain, and engineering teams. Your core impact is ensuring products are built to standard, on schedule and within budget, while maintaining **programme visibility** for leadership and defence customers. You'll work in a unique domain with **highly unusual technical requirements** that make a meaningful impact.

You'll own Helsing's public presence across Europe's most influential defence industry stages, from major exhibitions to customer demonstrations. Your work will make our mission tangible, creating memorable experiences that showcase our products and values. This role empowers you to **take ownership** of how our mission is perceived globally, ensuring **events leave a lasting impact** and directly support **strategic objectives**.

You'll uphold the Helsing brand to the highest standards, implementing visual design across all marketing channels. You'll craft brand interactions that **communicate innovative products** and authentically reflect our mission to protect democracies. This role offers the chance to work with world-leading experts in a domain with **unique technical challenges** and **ethical considerations**.

You'll ensure availability and precise provisioning of spare parts for complex defence systems. You'll manage material data per the **ASD S2000M specification** and collaborate with internal teams, subcontractors, and customers. Your work directly guarantees **critical systems remain operational** and supported.

You'll join **Helsing**, a defence AI company, to mature military AI products from proof-of-concept to large-scale rollout. You'll test **combined software and hardware products** end-to-end in lab and field, capturing data and providing feedback to engineers. This role offers **hands-on impact** on cutting-edge AI for democratic defence.

You will design and implement systems engineering for a land defence programme, working with industry partners and military forces to develop complex systems that address future battlefield challenges. You'll bridge technical and commercial delivery, ensuring on-time, quality, and cost-effective solutions.

You'll own the design and development of mechanical parts and full assemblies for **drone products** within Helsing's hardware engineering team. Your work spans the full design cycle from concept through **validation testing**, directly determining structural integrity and manufacturability. You'll work on **operationally relevant** hardware that protects democratic countries.

You'll manage a multi-disciplinary programme for **Helsing's next-generation aircraft**, ensuring clarity and pace across strategy and delivery. Your work will directly accelerate **aircraft development** through strong processes and partnerships. You'll gain exposure across software, systems engineering, flight physics, and aerodynamics.

You'll maintain and advance security posture across compliance, risk management, and security awareness at a **defence AI company**. Your work ensures **strict security** is fundamental to operations in a **technically demanding, regulated environment**.

You'll design **resilient GNSS and navigation architectures** for autonomous UAS platforms, ensuring mission success in contested environments. Your work will directly impact **anti-jam and anti-spoof capabilities** for long-range uncrewed systems. This role offers the chance to shape **assured PNT solutions** at a mission-driven defense tech company.

You'll design and develop **advanced datalink systems** for unmanned aerial vehicles (UAS) in contested environments. Your work ensures **robust, encrypted communications** for mission-critical operations. You'll own radio communication end-to-end for both new product design and existing system iterations, making pragmatic decisions on integrating available solutions versus developing new capabilities.

You'll work on **innovative UAV platforms**, modifying mechanical and electrical designs to meet US customer requirements. You'll own subsystems design and guide technical decisions for robust, scalable solutions. This role directly supports **advanced defense capabilities** at a company protecting democracies.

You'll own technical projects in a defence AI production environment, from new builds to process optimisations. You'll **manage CapEx and OpEx budgets** while coordinating stakeholders and suppliers. This role offers the chance to work on **unique engineering challenges** that directly protect democratic societies.

You'll own the end-to-end lifecycle of **Command and Control capabilities** for an **autonomous fighter jet**, from concept to maiden flight. You'll define system architecture, lead integration, and align stakeholders to shape how militaries command autonomous aircraft. This role offers the chance to work at the **state of the art in defence AI**.

You will establish and direct a comprehensive flight test organisation, defining infrastructure, personnel, and partnerships to execute safe and efficient flight test operations across the entire product lifecycle. Your work ensures Helsing's defence AI capabilities are thoroughly validated and ready for deployment.

You will own the end-to-end integration and performance of passive RF sensors for aircraft electronic surveillance systems, translating mission threats into sensor requirements and managing verification campaigns to deliver a qualified sensor system.

You'll design **robust mechanical systems** for advanced **robotic platforms** at a mission-driven defence AI company. Your work will integrate with cutting-edge AI and electromechanical technologies to **protect democratic values**.

You'll serve as the primary technical authority for integrating and optimizing Helsing's **complex drone systems**, working across mechanical, electrical, thermal, avionics, and flight software disciplines. You'll govern requirements, manage Interface Control Documents, and lead **verification and validation from simulation through flight test**. This role offers the chance to shape cutting-edge defense technology with real-world impact.

You'll play a crucial role in maturing **military AI products** from proof of concept to large-scale rollout, testing combined software and hardware products throughout the development lifecycle. Your work will help **assure the safety and reliability** of Helsing's products in collaboration with world-class engineers and end users.

You'll direct **end-to-end integration** of passive RF sensors for airborne platforms, translating mission threats into **concrete sensor requirements**. Your work directly enables the protection of democratic nations through cutting-edge defence technology.

You'll define and realize manufacturing processes for new product introductions at a defence AI company. Your expertise will ensure robust, scalable production from concept to ramp-up. You'll collaborate with design engineering to guarantee manufacturability from the earliest stages.

You'll own the end-to-end EMI/EMC engineering lifecycle for **airborne platforms**, translating complex electromagnetic requirements into measurable subsystem specifications. Your leadership will ensure **mission-critical defense platforms** operate flawlessly in contested environments. This role involves **advanced electromagnetic modeling** to optimize antenna placement and mitigate interference.

You'll own the end-to-end requirements process for **autonomous drone systems** and **ground-based defence platforms**. You'll translate operational needs into unambiguous specifications, maintaining full traceability from concept to verification. This role uniquely combines multidisciplinary systems engineering with defence technology that directly impacts democratic security.

You'll be the first line of defence for employees' day-to-day tech experience, resolving issues quickly and owning the device and account lifecycle. You'll work closely with the wider IT Engineering team to automate recurring problems and **raise the bar on IT service quality**. This role directly enables engineers, AI specialists, and program managers building capabilities that protect democracies.

You'll provide technical support to end-users via Slack, email, or in-person, troubleshooting hardware, software, and connectivity issues. You'll maintain video conferencing hardware, manage IT tickets using Jira, and handle user/device lifecycle processes to ensure new joiners are set up for success. Partner with the broader IT team to optimize the corporate IT environment built on Microsoft 365.

You'll own the aerodynamic analysis and characterization of current and future drone platforms, combining high-fidelity CFD with fast-running low-fidelity methods to support design decisions across the full development cycle. You'll generate and maintain aerodynamic databases that feed directly into flight dynamics, control law and simulation workflows, and validate simulation outputs against physical test data. Working at the intersection of computational analysis and hands-on test, your work shapes airframe design from early concept through to flight-ready hardware.

You'll provide first-line IT support for our Munich office, troubleshooting hardware, software, and identity issues. Your work keeps engineers and program managers productive by resolving tickets and owning device lifecycles. You'll partner with the IT Engineering team to **automate recurring problems** and raise the bar on **IT service quality** in a mission-driven defence AI company.

You'll own the **end-to-end EW architecture** for airborne platforms, defining the **threat-driven capability roadmap** and **sensor-to-effector kill chain**. You'll translate operational scenarios into verifiable requirements and guide digital engineering for performance modeling.

You'll design and execute environmental stress campaigns for **drone sub-systems and GSE hardware** within Helsing's "Physical Reality" team. Your work ensures **survivability and performance under real-world stress**, including vibration, thermal, and ingress testing. This role uniquely extends into **lethality package environmental qualification** under strict regulatory frameworks.

You'll be the backbone of support for Helsing's German leadership team, managing high-stakes meetings and correspondence with senior officials. Your work enables seamless operations and swift responses to internal and external needs. This role offers the chance to **support democratic defence** while working with **world-leading experts** in AI.

You'll own the full lifecycle of **military-grade GCS units** and **Hardware-in-the-Loop simulators**, bridging hardware engineering and operational deployment. Your work ensures systems perform reliably in harsh environments. You'll drive modular hardware architecture and collaborate with cross-functional teams.

You'll own the end-to-end onboarding experience at a **defence AI company building real-time sensor processing** for mission-critical environments. Your work will directly shape how quickly **new hires from engineers to programme managers** contribute to the mission. This is a build role, creating **scalable learning infrastructure** from scratch in a fast-growing, high-impact team.

You'll lead the stand-up and scaling of US manufacturing operations for **AI-enabled defense products**, building production infrastructure from the ground up. Your core impact will be establishing production lines, workflows, and quality systems while partnering with executive leadership. This role offers a unique opportunity to make a tangible impact in the **Defense Tech space** navigating complex manufacturing and AI challenges.

You'll own end-to-end hardware design for **UAV systems**, from prototyping through flight-ready builds. Your work directly advances **democratic societies** with cutting-edge AI solutions. You'll integrate mechanical, electronic, and sensor subsystems into **cohesive drone architectures**.

You'll lead **mechanical design** of drone products, creating 3D/2D documentation for **complex aerospace structures**. You'll ensure optimal integration of mechanical and electronic components and drive cost-effective, robust solutions. This role offers exposure to **state-of-the-art defense technology** at a mission-driven company.

You'll take ownership of the mechanical architecture of Helsing's marine robotics systems, guiding a small team from concept through delivery. You'll set the technical direction for **hydrodynamic performance** and **energy efficiency** in demanding underwater environments, directly advancing Helsing's mission to protect democracies.

You'll own **on-premises HPC infrastructure** supporting electromagnetic, CFD, and multi-physics simulation for a defence AI company. Your core impact will be ensuring simulation engineers stay productive and unblocked through **proactive system administration and automation**. This role stands out for its critical mission to protect democracies.

You will own and execute high-fidelity RCS simulation workflows, running sweep campaigns on HPC clusters to generate signature data and hot-spot analyses. You'll lead trade studies influencing low-observable design of airframes and antennas, and manage supplier activities for RCS calculation and testing.

You'll be the backbone of support for Helsing's German leadership team, especially in government and industry engagements. Your expertise in organising high-stakes meetings and handling correspondence will enhance collaboration with senior external officials. You’ll ensure seamless operations with precise travel arrangements and efficient administrative systems.

You'll oversee physical security operations at Helsing's Munich office, managing Official Secrets supply chains and security systems. Your work will directly protect sensitive facilities and enable the team to advance AI for democratic defence. This role stands out for its impact on national security and cutting-edge AI applications.

You'll create an inclusive, welcoming environment for the Stockholm team, providing comprehensive executive assistance to local leadership. You'll oversee all general office operations and coordinate events. This role directly supports Helsing's mission to protect democracies through AI.

You'll own IT support delivery across European offices, leading a distributed team and using data and AI to improve service. You'll set the standard for great internal IT, directly enabling engineers and program managers building **capabilities that protect democracies**. This is a hands-on leadership role where you'll combine **operational excellence** with **AI-driven automation**.

You'll join a **defence AI company** developing **autonomous air combat systems**, owning the end-to-end requirements engineering process from customer negotiation to product qualification. Your work ensures every requirement is unambiguous, traceable, and testable, directly impacting mission success.

You'll **configure and operate endpoints** (workstations, laptops, mobile devices) and **manage local air-gapped environments** built on Active Directory and genua networking kit, partnering with Helsing's broader IT team on corporate and customer environments.

You'll configure and operate endpoints, LAN, and VPN infrastructure for a **defence AI company**. You'll partner with the broader IT team to optimise corporate and customer environments built on **Microsoft 365 and Azure**. This role requires fluency in English and the ability to obtain German security clearance.

You'll own the electromagnetic architecture of Helsing's drone platforms, from board level through to platform certification and field operations. You'll define antenna placement, govern RF interfaces, and embed EMC requirements into designs to ensure **electromagnetic cleanliness** and **compliance** in complex radio environments.

You'll own the mechanical design of **drone components and assemblies** for Helsing's physical products, from concept to validated hardware. Your designs directly determine structural integrity, manufacturability, and operational reliability of **defence AI platforms**. You'll work within a fast-paced team tackling unique engineering challenges at the **state of the art in technical innovation**.

You'll coordinate internal and external delivery across a **complex defence programme**, maintaining the project roadmap and **tracking programme performance** with senior stakeholders. This role offers genuine ownership and **structured progression** within a leading defence AI company.

You'll own and advance every dimension of Helsing's US security posture—from facilities and personnel to CMMC compliance and COMSEC operations. Your work enables **breakthrough AI capabilities** for the warfighter under a **Special Security Agreement**. You'll architect security infrastructure that protects democracies.

You'll define and own the electronic architecture for Helsing's marine robotic systems, enabling **AI-driven autonomous capabilities** on platforms like the Lura AI system. You'll collaborate across disciplines to deliver production-ready hardware that directly supports **the defence of democratic nations**.

You'll lead the integration of low observability materials and shaping for air vehicles, ensuring critical survivability requirements. You'll develop RCS/IR concepts and manage supplier development. This role offers unique engineering challenges at the forefront of defence technology.

You'll play a hands-on role in delivering people programs and partnerships for a defence AI company. You'll evolve performance frameworks, design leadership development programs, and build scalability through playbooks and training. This role stands out for its emphasis on deep business acumen and networking across engineering, research, and policy teams.

You'll architect and implement complex mechatronic and software-defined systems for **defense AI platforms**. Your core impact is bridging high-performance physical hardware with cutting-edge AI software to deliver robust, field-ready products. This role uniquely blends visionary architecture with hands-on lab integration.

You'll establish and manage the requirements lifecycle for **complex mechatronic and software-defined defence systems**, acting as the link between operational needs and engineering design. Your work ensures **clear, traceable specifications** that guarantee mission success. You'll collaborate with multidisciplinary teams and own the enterprise RM tool.

You'll own the end-to-end bid lifecycle for a **defense AI company**, crafting narratives that bring breakthrough capabilities to the warfighter. Your work directly enables the fielding of **game-changing defense technology** in a high-stakes environment. This role combines strategy, technology, and commercial delivery to win critical opportunities.

You'll capture and produce video content for a defence AI company, from product films to documentaries. Your work will translate complex technology into clear narratives that communicate the company's mission. This role involves international travel and hands-on ownership across the full production lifecycle.

You'll shape and execute the strategy and roadmap for **air defence programmes** at a defence AI company. You'll independently manage complex customer programmes and **strategic partnerships**. You'll directly contribute to **protecting democracies** through technology.

You'll own the **design verification process** for advanced robotics systems, architecting test environments and automation pipelines. Your work ensures bulletproof reliability of **electromechanical systems** in the field. You'll partner directly with design teams to root-cause failures and drive improvements.

You'll serve as the Quality Assurance Gate for supplied goods in Helsing's production environment, verifying conformity and handling outbound quality aspects. Your work directly supports the mission to protect democracies through defence AI. This role offers a chance to shape quality processes in a cutting-edge defence tech company.

You'll own quality methods and tools like **APQP** in a defence AI production environment, driving **excellence through inspection planning** and KPI monitoring. You'll consult production teams and ensure compliance with **EN9100** standards.

You'll manage quality of supplied components for **serial production of UAVs** and electronic systems, defining inspection plans and driving **root cause analysis** to implement corrective actions. You'll ensure supplier compliance with **ISO 9001 and AS9100** standards.

You'll take responsibility for planning and managing material flows across production and project workstreams at a defence AI company. Your coordination with suppliers, procurement, logistics, and production teams ensures programme commitments are met on time. You'll **own defined planning workstreams** and **grow your ability to manage escalations**.

You'll **verify product conformity** and **own certification authority** for a defence AI company. Your work directly ensures safety and quality in complex production environments. You'll collaborate cross-functionally on improvement activities.

You'll lead the production pathway for **next-generation uncrewed underwater vehicles** (UUVs), ensuring the transition from prototype to a documented, repeatable, production-ready platform across a 40-unit build. You'll resolve cross-domain design deadlocks with whole-system engineering judgment and drive integration testing from bench to open-water trials.

You'll join the Production Quality team at **Helsing**, a defence AI company, ensuring product conformity and safety. You'll execute inspections, manage non-conform material, and drive improvement activities in a mission-driven environment.

You'll **defend democracies** with cutting-edge AI in autonomous systems, aerodynamics, mechatronics, or AI software. You'll **tackle complex engineering challenges** at a mission-driven defence AI company. This role is **exclusive to Formula Student Germany participants**.

You'll work in the **electromagnetic spectrum** as the key enabler for communication to remote unmanned vehicles. You'll own **radio communication end-to-end** for new product design and iterations on existing systems. This role shapes the contested environment of the **frontline RF space**.

You'll be the operational backbone of Helsing's workshop and site function, ensuring engineering and flight test teams work safely and efficiently. Your core impact is managing the physical environment, site security, and contractor coordination. You'll also serve as Site Security Lead, Fire Marshal, and First Aider, directly affecting safety.

You'll **optimise production processes** for mechatronic systems at a **defence AI company**, ensuring quality and compliance with aerospace standards. You'll drive continuous improvement on the factory floor, collaborating with multidisciplinary teams to bring innovative designs to production.

You'll lead product work for **offboard and cross-platform EW capabilities** at Helsing, a defence AI company. Your core impact is translating complex operational inputs into precise product requirements, ensuring consistent shipping cadence in security-constrained environments. This role stands out for its direct contribution to protecting democratic countries with cutting-edge technology.

You'll be the backbone of support for Helsing's German leadership team, especially in government and industry engagements. Your expertise in **organising high-stakes meetings** and handling correspondence will enhance collaboration with senior external officials. You'll ensure seamless operations with precise travel arrangements and efficient administrative systems.

You'll define and own the mission system architecture for the future combat air domain. Your work will shape how autonomous mission systems are built, from inception through flight test. You'll guide partner organizations and provide technical direction to the software team.

You'll own **SAP S/4HANA end-to-end** at Helsing, driving the improvement roadmap and eliminating technical debt. Your core impact will be accelerating the month-end close cycle and setting the standard for **Finance Transformation** across the company. This role offers a clear trajectory toward SAP Solution Architect.

You'll own the **agentic finance build** at a defence AI company, designing and deploying automated pipelines with AI-driven validation layers. You'll make finance data flows **self-correcting** while enforcing **data sovereignty controls** for government contract compliance.

You'll own the day-to-day delivery of IT support across European offices and lead a distributed team. Your core impact is ensuring every employee gets fast help while using data to improve service. You'll set the standard for internal IT at a defence AI company.