Jobs at Archer

You will design and secure cloud-native environments (AWS/Azure) for Archer's aerospace operations, ensuring telemetry, flight operations, and enterprise systems are protected against advanced threats. You'll integrate secure-by-design principles into Infrastructure as Code and CI/CD pipelines while maintaining compliance with aviation and federal standards.

You will design and deliver structured training programs to enable engineers and cross-functional teams to effectively use PLM, CAD, and configuration management tools. You'll support onboarding, continuous learning, and regulatory readiness through training, documentation, and competency evidence.

You will lead end-of-line and in-process test development for high-voltage batteries and electric motors, design and deploy test strategies, and integrate test stations into production lines. You will analyze data to improve throughput and quality, and support production qualification.

You will lead the development of complex manufacturing equipment and tooling solutions for aircraft assembly, translating product requirements into scalable production systems from concept through factory integration and ramp. You'll drive supplier engagement, define equipment specifications, and oversee design reviews to ensure delivery of production-ready systems.

You will design, implement, and validate advanced motor/generator control algorithms for electric propulsion systems, ensuring safe and efficient operation. You'll collaborate with cross-functional teams to optimize system performance and conduct rigorous testing including HIL and iron-bird testing for flight-critical systems.

You will drive the strategy, roadmap, and delivery of digital products that enable Archer's enterprise systems and engineering operations to scale, operating at the intersection of technology, business transformation, and operational excellence.

You will own the reliability, uptime, and continuous improvement of advanced powertrain manufacturing equipment in a high-volume production environment. You'll troubleshoot complex electromechanical systems, lead root cause analysis, and drive improvements to keep production running at peak performance.

You'll develop safety-critical software for Archer's electric vertical takeoff and landing aircraft, collaborating with systems engineers to decompose requirements and ensure DO-178C compliance. This role involves software planning, design, testing, and integration with a multidisciplinary team.

You will design and build manufacturing automation at scale for Archer's eVTOL aircraft, taking systems from early concepts to flight-ready production. This role involves leading the full controls lifecycle, collaborating with cross-functional teams, and developing intelligent manufacturing systems from the ground up.

As part of Archer's mission to scale production of eVTOL aircraft, you'll lead the execution of aircraft assembly and integration from planning to delivery, coordinating cross-functional teams and managing schedules, budgets, and risks to ensure milestones are met. You'll oversee physical integration of structural, mechanical, and avionic systems, resolve build challenges, and communicate progress to leadership and customers.

You will serve as the technical authority for the Enterprise OS team, building a foundational platform layer above core enterprise systems. You'll design core services, lead the engineering team, set platform standards, and own the technical roadmap to streamline development of secure, reliable applications.

You will drive the manufacturing strategy for aircraft assembly and integration at Archer, scaling production of the Midnight aircraft and developing next-generation platforms. You'll lead cross-functional teams to implement scalable processes from prototype to high-rate production.

You will architect and lead the team managing Archer's lab integration environments for validation and verification activities. You'll collaborate cross-functionally to integrate simulation models into real-time hardware-in-the-loop environments, own end-to-end simulation configuration, and mentor engineers to foster a high-performance culture.

You will own the end-to-end functional test strategy for aircraft systems in manufacturing, driving cross-functional alignment and scaling automated test solutions to ensure each aircraft meets performance and system-level standards before delivery.

You will develop and maintain models for electric motors, inverters, thermal management systems, gearboxes, and power distribution systems. You'll create integrated multi-physics models and use analysis to inform design decisions and optimize propulsion system performance. You'll also lead trade studies, design thermal systems, build prototypes, and plan test campaigns.

In this role, you will define and own the supply chain architecture vision and roadmap using SAP S/4HANA and related platforms. You will lead end-to-end design for initiatives that streamline procurement, planning, logistics, and supplier collaboration, ensuring scalable and integrated solutions.

You will lead supplier quality engineering for aerospace electrical components, ensuring robust process control and quality at production rate for Archer's all-electric aircraft. You'll troubleshoot complex manufacturing issues on-site at suppliers and translate technical risks into actionable insights for leadership.

You will define, design, validate, and verify system-level requirements for the flight control actuation system of eVTOL aircraft, ensuring compliance with product and regulatory requirements while acting as a multi-disciplinary integrator.

You will own end-to-end execution of manufacturing programs for electric propulsion systems, ensuring on-time, high-quality delivery of Archer's eVTOL aircraft. You'll act as the primary interface across engineering, supply chain, and manufacturing teams to drive build readiness and resolve blockers.

You will identify, engage, and hire top technical talent at a sustainable air mobility company. Partner with engineering leaders to build high-performing teams and drive hiring outcomes in a fast-paced environment.

You will drive manufacturing strategy for aircraft structures, serving as a technical leader to define and scale production from prototype to early ramp, and collaborate cross-functionally to establish best-in-class manufacturing solutions.

You will design and secure cloud infrastructure for sustainable air mobility, integrating security into CI/CD pipelines and ensuring compliance with aviation standards.

You'll design and implement **flight control algorithms** for a novel **VTOL aircraft** at a leading aerospace company. You'll work with the Flight Test team to safely evaluate vehicle capabilities and improve simulation fidelity.

You'll partner with hardware designers to define requirements and build DO-254 certification frameworks for **inverter and BMS hardware** on an **all-electric aircraft**. Your work will establish scalable processes that enable certifiable power electronics development across the team.

You'll work closely with design, analysis, and quality teams to coordinate solutions for complex problems in aerospace manufacturing. You'll author repair instructions and dispositions for non-conforming components, bridging the gap between manufacturing, quality, and design. This role focuses on **composite and metallic structures** and offers the chance to support **supplier process development**.

You'll lead and coordinate **complex technical programs** across Archer globally, aligned with key organizational objectives. You'll establish the company-wide **PMO** and drive best practices in program management. This role offers the chance to shape the future of sustainable air mobility.

You'll execute system process and design assurance reviews for **Archer's aircraft systems** according to ARP4754A, and perform **software quality assurance** for DO-178C compliance. You'll also oversee supplier design assurance activities and interface with **FAA certification authorities**.

You'll do embedded development and verification of safety critical software for Archer's aircraft battery management system. You'll develop battery controls, low-level drivers, and fault detection algorithms, collaborating with systems and multi-disciplinary teams. This role offers the chance to work on cutting-edge aerospace technology and comply with DO-178C standards.

You'll join Archer Aviation to perform structural analysis and testing of rotor systems on an all-electric VTOL aircraft, collaborating with aerodynamics and loads dynamics teams. Your work will directly impact the certification and performance of sustainable air mobility. This role offers the chance to mentor junior engineers and establish best practices in a **fast-paced aerospace environment**.

You'll develop and verify safety-critical software for Archer's electric aircraft motor control system, working closely with systems and multi-disciplinary teams to integrate and certify complex hardware/software systems. Your work will directly impact the safety and performance of our all-electric vertical takeoff and landing aircraft, helping to advance sustainable air mobility.

You'll lead the development of major structural airframe assemblies for **all-electric aircraft** from design through certification. Your work will directly impact **manufacturing ramp-up** and ensure designs are cost-effective. This role combines hands-on engineering with mentoring in a fast-paced aerospace startup.

You'll **architect autonomy frameworks** for an **all-electric aircraft** and lead **GNC software integration** for safe flight. Your work will directly impact sustainable air mobility.

You will define and execute dimensional management for complete vehicle design architecture and assembly at Archer, an aerospace company building an all-electric VTOL aircraft. You'll create tolerance stack models, work with cross-functional teams to validate designs, and drive dimensional build activities to achieve in-spec hardware.

You'll develop **safety-critical embedded software** for an **all-electric aircraft battery management system**, working with a multi-disciplinary team to certify and integrate complex hardware/software systems. Your work will directly enable sustainable air mobility.

You'll architect and maintain CI/CD workflows and automated testing for flight-critical systems at an **electric aircraft company**. Core impact: bridging the gap between simulation and real-time embedded software. This role offers hands-on work with **HPC infrastructure** and **Model-Based Design** tools.

You will lead the mechanical design of high-power electrical assemblies for electric aircraft, collaborating with cross-functional teams to solve challenges like thermal management, HV isolation, and structural integrity. Your designs go from blank sheet to production, and you'll oversee prototype builds and testing.

You'll design high voltage battery pack components from start to finish across multiple aircraft programs. You'll collaborate with CAE engineers, quality, testing, supply chain, and manufacturing to ensure design success. This role pushes the boundaries of **conventional battery design** for **aerospace applications**.

You will perform trade studies, requirements derivation, and establish vehicle configurations. You'll conduct hand calculations and FEM analysis of primary and secondary structures, support test execution, and write structural substantiation reports for FAA airworthiness approvals.

You will work on developing airframe structures for an all-electric vertical takeoff and landing aircraft, including designing and executing tests for composite and metallic structures, performing structural analysis using FEA, and correlating test results to predictions.

You will support the development of major structural airframe assemblies from preliminary design through certification and manufacturing ramp-up. Apply design for manufacturing concepts and composite sandwich construction to create robust, cost-effective designs. Work closely with cross-functional teams to validate designs and support manufacturing.

Lead the development, qualification, and FAA certification of composite airframe materials and processes for Archer's next-generation eVTOL aircraft. You will serve as the technical authority on composite materials and collaborate with design, manufacturing, and certification teams to ensure safety and performance.

You will design fixtures and test equipment, assemble fixtures, and conduct structural tests on flight-critical articles for an all-electric vertical takeoff and landing aircraft. This hands-on role involves managing suppliers, defining test procedures, and analyzing data to validate composite aircraft structural performance.

You'll lead **new site infrastructure deployments** and **enterprise data analytics programs** while driving the **ArcherOS AI roadmap** in a high-visibility role. You'll bridge physical and digital worlds, coordinating cross-functional teams to deliver mission-critical operations. This role offers the chance to shape foundational processes at a pioneering aerospace company.

You'll lead the design, development, and scaling of **backend systems** for Archer's aviation products. Your work will power **ride-sharing and airline operational platforms** using **Python and AWS**. You'll own the full development lifecycle and collaborate with cross-functional teams to deliver secure, performant services.

You'll work on **aircraft-level avionics systems integration** within the **Advanced Projects group** at Archer, taking future hybrid-electric aircraft concepts from idea to experimental flight testing on aggressive timelines. Your core impact will be integrating and optimizing avionics packaging across the platform.

You'll design and implement novel machine learning algorithms for **autonomy** and **perception** in an **all-electric aircraft**. Your core impact will be iterating on predictive models from data through deployment. You'll collaborate with research engineers to prototype and validate complex solutions from academic literature.

You'll architect and design **physics-based sensor models** for eVTOL aircraft, owning the development lifecycle from implementation to lab integration. Your work enables effective simulation testing for **autonomous flight systems**. This role offers the chance to impact **cutting-edge aerospace technology** in a fully remote setting.

You'll guide certification efforts for Archer's first **all-electric aircraft**, acting as the subject matter expert for Airframe teams. You'll establish compliance strategies, coordinate with **FAA Designated Engineering Representatives**, and lead the development of certification plans. This role offers a chance to shape **sustainable air mobility** certification.

You will ensure airframe and systems meet design, quality, and regulatory requirements. You'll work cross-functionally to transition products from design to production, lead quality planning techniques like PFMEAs and control plans, and support FAA conformity inspections.

You will build and maintain full-stack web applications and integration tools to help aerospace engineering teams work efficiently and compliantly. You'll work directly with data used to define, test, and configure aviation systems, leveraging DevOps best practices.

You'll build core backend services in Go, design scalable distributed systems, and develop APIs and SDKs that power Archer's electric aircraft platform. Your work will directly enable sustainable air mobility.

You will deliver a world-class technology experience to employees, ensuring operational excellence across core IT services and driving the digital workplace strategy as the company scales.

You will provide daily technical support for computer, printer, network, and software issues, playing a critical role in onboarding/offboarding and maintaining device management solutions. Ensure compliance and help create procedures as the company grows.

You will lead the Industrial Engineering organization, defining and optimizing systems across engineering, manufacturing, and supply chain. You'll build a team focused on process design, capacity analysis, layout optimization, and lean implementation to support the production of all-electric aircraft.

You'll own the integrated hybrid powertrain verification for a novel eVTOL aircraft. You'll take systems engineering inputs and verify the turbogenerator through test, from bench to flight. This role offers a chance to shape cutting-edge aerospace technology at a leader in sustainable air mobility.

You'll be the operational backbone for Archer's most strategically important software initiative, leading programs from early-stage scoping through deployment and sustainment. You'll ensure delivery of **safety-critical software products** with **rigorous quality standards** for the aviation industry.

You'll serve as the ultimate authority on system health for **high-power electromechanical test systems** at Archer's Product Realization Lab. You'll diagnose and resolve electrical faults at the volatile intersection of high-voltage power and low-voltage instrumentation, with full ownership of root-cause findings. This role offers the chance to build robust systems that directly enable **sustainable air mobility**.

You'll lead the design and evolution of our eVTOL integrated lab ecosystem, including Iron Bird and HIL platforms. Your work will directly impact **FAA certification** and **system-level testing** from prototyping through production. This role offers the chance to embed **AI and automation** into next-generation aerospace test infrastructure.

You'll design high voltage battery pack components for all-electric aircraft at Archer, collaborating with cross-functional teams to ensure **FAA certification** and pushing the boundaries of conventional battery design for **aerospace applications**. You'll also provide hands-on prototyping and root cause support throughout the design cycle.

You'll work with a multi-disciplinary team to **integrate safety-critical flight software** for an all-electric aircraft. You'll perform testing across simulators, software labs, and aircraft prototypes to ensure **seamless software integration**. You'll also develop off-board tools like Archer's System Load Manager and Flight Test System Interface scripts.

You'll ensure the highest quality of composite structure and airframe components for an **all-electric aircraft**, working cross-functionally to transition designs to production. You'll lead **First Article Inspections** and implement **Advanced Product Quality Planning** techniques to drive continuous improvement.

You'll drive development of Archer's **high voltage battery management system** and charge control unit, leading a team of electrical engineers through architectural decisions and certification. You'll manage cross-functional teams and collaborate with program teams to deliver high-quality hardware on schedule.

You'll develop and optimize software verification processes for **all-electric aircraft** at Archer, ensuring compliance with DO-178C/DO-331 standards. Your work directly impacts **safety-of-flight** for a pioneering eVTOL company. You'll drive standard application of compliant processes across teams.

You will lead structural test programs for all-electric aircraft, designing test fixtures, managing suppliers, and collaborating with multidisciplinary teams to validate designs. Your work ensures safety and certification compliance for innovative air mobility solutions.

You'll create **digital imagery assets** and **photorealistic visualizations** for Archer's cutting-edge electric aircraft. Your work will support cross-functional teams and help **accelerate sustainable air mobility** globally. This role offers global visibility and impact.

You will perform complex payroll administration and accounting duties for a multi-state, exempt and non-exempt employee population of over 1,000. Your work ensures compliance with all regulations and supports the company's mission in sustainable air mobility.

You'll administer **DOT/FAA-mandated drug testing programs** and leverage **safety data analytics** to drive risk mitigation at an aerospace company building electric aircraft. This role ensures compliance while providing insights to improve program effectiveness.

You will support go-to-market efforts for Archer's advanced technology products, creating compelling marketing assets across digital, experiential, and communications channels. You'll translate complex aviation concepts into engaging storytelling for diverse audiences while collaborating with cross-functional teams.

You'll act as a **Subject Matter Expert** for **System, Software and Airborne Electronic Hardware Design Assurance** processes, ensuring compliance with aerospace standards. You will review life-cycle data, execute design assurance reviews, and interface with certification authorities.

You'll lead **cloud security architecture** and **application security** for an aerospace company building electric vertical takeoff aircraft. You'll design secure AWS/Azure environments and embed security into CI/CD pipelines, SaaS platforms, and identity systems. This role combines hands-on engineering with strategic governance across enterprise applications.

You'll own the technical vision and execution strategy for integrated test capabilities supporting Archer's **eVTOL certification program**. You'll lead and mentor the electrical engineering team and serve as the primary **electrical engineering interface** to cross-functional stakeholders. This role offers a unique opportunity to shape **lab infrastructure strategy** for a cutting-edge aerospace company.

You'll be a key technical bridge, ensuring **powertrain components** from suppliers meet rigorous **aerospace quality standards**. You'll drive **supplier APQP/PPAP** processes and support certification efforts for an all-electric aircraft.

You'll **build, maintain, and fly subscale aircraft** for Archer's all-electric eVTOL program. Your core impact is developing and executing test plans for ground and flight testing. This role offers hands-on work in a fast-paced aerospace startup environment.

You'll lead the **motor mechanical design team** on Archer's **Electric Propulsion Team**, turning electromagnetic models into robust, high-performance electric motors for our all-electric aircraft. Your work directly impacts the performance, safety, and evolution of cutting-edge aviation technology.

You'll contribute to scaling Archer's Electric Propulsion System production line for eVTOL aircraft. You'll collaborate cross-functionally to bring **electric motor and propeller systems** into production and drive **DFM efforts** for efficient manufacturing. This role offers the chance to shape high-rate manufacturing of cutting-edge aerospace hardware.

You'll design and scale the production line for Archer's **Electric Propulsion System** (EPS), from concept to high-rate manufacturing. You'll collaborate cross-functionally to **bring new eVTOL aircraft components into production**. This role offers the chance to **build world-class hardware** for cutting-edge electric aviation.

You'll design mechanical integration solutions for powertrain components on prototype aircraft, collaborating with aerothermal and structural analysts. Your work will directly impact the development of an all-electric vertical takeoff and landing aircraft. You'll own the prototype development process from requirements through testing.

You'll design structural components and electromechanical actuation systems for an **all-electric aircraft** from concept through flight testing. You'll own prototype development, perform structural analysis, and collaborate with a **multi-disciplinary engineering team**.

You'll **develop build plans and assembly tooling** for avionics harnesses on eVTOL aircraft. You'll **drive continuous improvement** in wire harness installation processes. This role **supports FAA certification** and production scale-up.

You'll perform detailed thermal analysis of airframe and aircraft systems for an all-electric vertical takeoff and landing aircraft. Your work will directly optimize cooling solutions and ensure structural integrity. This role offers the chance to impact sustainable air mobility at a leading aerospace company.

You'll specialize in aviation data and analytics, focusing on scalable processing of flight test data and near-real-time aircraft health analysis for predictive maintenance. Your work will accelerate design iteration and improve operational reliability. This role is vital for **building efficient data pipelines** and **enabling advanced predictive analytics** at an innovative aerospace company.

You'll design and implement novel **machine learning algorithms** for an **all-electric aircraft** company. Your work will directly impact sustainable air mobility by prototyping and validating complex AI solutions.

You'll work on verification of safety-critical software components for platform software in compliance with DO-178C standards. You'll design test plans, execute SIL/HIL testing, and collaborate with developers to resolve defects. This role offers the chance to contribute to **sustainable air mobility** on a **cutting-edge eVTOL aircraft**.

You'll perform **low/mid/high fidelity aerodynamic simulations** of Archer's eVTOL aircraft and develop **linear/non-linear aerodynamic models** to predict aircraft behavior. Your work will directly impact flight performance and simulation accuracy through experimental data analysis and model improvement.

You'll develop **factory simulation models** and **production flow analyses** to support aircraft production scaling. You'll validate manufacturing decisions through data-driven simulation before physical implementation. This role offers a chance to shape a new Industrial Engineering function in the aerospace industry.

In this role, you will design and optimize thermal management systems for hybrid propulsion in electric aircraft, working closely with powertrain and vehicle architecture teams. You'll use advanced CFD and FEA tools to analyze and validate thermal performance, and drive the definition of inlet and outlet ducts for air breathing engines.

You'll join the **Archer Defense and Advanced Programs organization** to support cutting-edge aerospace projects. Your work will directly contribute to **incubating, marketing, capturing, and executing advanced programs**. This role offers a unique chance to **impact defense technology** in an innovative startup environment.

You'll design and build **software systems spanning edge devices and cloud infrastructure** for an **all-electric aircraft company**. You'll develop scalable backend services in Python on AWS and support embedded environments like Raspberry Pi, directly impacting sustainable air mobility.

You'll sit at the intersection of aircraft loads analysis and flight test operations, designing the systems that capture and validate loads data. Your work will turn flight test data into **actionable structural insights** for certification and design. This role offers the chance to impact **all-electric aircraft development** and **FAA certification**.

You'll lead quality initiatives for **electric propulsion components** in a **cutting-edge aerospace startup**. You'll ensure **highest quality standards** across design, manufacturing, and flight testing of an all-electric aircraft.

You'll join a small expert team to architect and develop core iOS features for an all-electric aircraft, **shaping a product that blends on-device AI and aviation expertise**. You'll deploy **on-device machine learning models** and ensure reliable offline operation for mission-critical flight apps.

You'll develop and deploy cutting-edge AI models for an **all-electric aircraft** company. You'll own the full lifecycle from research to production, collaborating with a team to solve complex problems. This role offers the chance to shape next-gen **autonomous flight systems**.

You'll design and evaluate novel machine learning and deep learning algorithms, focusing on LLMs, ASR, and multimodal architectures at Archer, an aerospace company building all-electric aircraft. You'll iterate on AI model development from data to deployment and collaborate with a team to prototype solutions. **This role offers cutting-edge challenges in AI for aviation** and **the chance to impact sustainable air mobility**. **You'll work with advanced transformer-based models and large-scale data pipelines.**

You'll build and refine vehicle performance models for Archer's all-electric aircraft, performing trade studies and validating requirements. You'll analyze aeromechanics and flight dynamics to ensure optimal aircraft responsiveness and safety, supporting flight control design and simulation hazard analysis. What stands out: working on cutting-edge eVTOL technology from concept through flight test.

You'll join a team building **all-electric aircraft** to advance sustainable air mobility. Your core impact is managing and optimizing technology spending across **cloud platforms and monitoring tools**. You'll drive cost-conscious decisions and build financial reports for leadership.

You'll **lead a high-performing MDE team** and **own the capex capacity lifecycle** for powertrain manufacturing equipment at Archer, an aerospace company building eVTOL aircraft. Your core impact will be **driving equipment execution** from concept through production ramp, ensuring seamless scale-up of advanced manufacturing systems.

You'll own mechanical design of energy-dense battery packs for Archer's eVTOL aircraft. Your core impact is developing lightweight, high-performance **HV distribution components** while collaborating with test teams on **validation and failure analysis**. This role offers the chance to contribute to **sustainable air mobility**.

You'll manage **embedded, safety-critical flight software** work packages for the Archer Midnight aircraft. You'll drive on-time delivery of software lifecycle activities including design, code, and test. You'll coordinate cross-functionally with Software, Systems Engineering, and Program Management teams.

You'll prepare **development and certification flight test plans** and run flight decks in sims. You'll collaborate with engineering, certification, and quality teams to ensure **safety and test objective achievement**. This role offers a chance to **mentor junior engineers** in flight test processes at a leading eVTOL company.

You'll lead the Systems Engineering, Endpoint Engineering, and Digital Workplace team at **Archer**, a company building all-electric vertical takeoff and landing aircraft. You'll deliver a **world-class technology experience** to employees and drive **digital workplace strategy** as the company scales.

You'll **manage the full maintenance workflow** of Archer's test aircraft, coordinating with program management, quality, engineering, and flight test leadership. Your core impact is ensuring **safe and compliant aircraft operations** through meticulous scheduling and recordkeeping. This role is pivotal in the certification campaign of an innovative **all-electric vertical takeoff and landing aircraft**.

You'll **lead the development of major structural airframe assemblies** from preliminary design through certification and manufacturing ramp-up. You'll apply **design for manufacturing concepts** to create cost-effective, easily fabricated designs using composite sandwich construction. This role offers the chance to work on cutting-edge electric aircraft technology at a leader in sustainable air mobility.

You'll assist in building and updating **FE models of electric propulsion engine assemblies** using ANSA. You'll run linear static analyses in Nastran and support nonlinear tasks in Ansys. This role offers hands-on experience in aerospace structural analysis with mentorship from senior engineers.

You'll lead a team designing flight-critical electromechanical actuation systems for an **all-electric aircraft**. You'll own the full lifecycle from concept to production, optimizing performance and mass. This role offers the chance to shape a **sustainable air mobility future** with a fast-moving aerospace startup.

You'll join Archer Defense and Advanced Programs to **incubate and execute advanced programs** for the Archer Defense portfolio, working across **survivability technologies and operations analysis**. You'll shape the future of sustainable air mobility with **cutting-edge aerospace innovation**.

You'll develop Archer's **multi-disciplinary optimization engine** and **high-performance computing resources** to design optimal electric aircraft configurations. Your work will directly shape the future of sustainable air mobility by translating business goals into optimized vehicle designs.

You'll design, implement, and maintain internal software libraries, applications, and computing infrastructure for **flight sciences engineering teams**, focusing on **HPC resource optimization** and **software best practices**. You'll drive the development of scalable tools to improve computational reproducibility and traceability across the organization.

You'll join **Archer** to ensure the reliability, scalability, and security of systems supporting an all-electric aircraft. You'll architect **cloud-native infrastructure** and data pipelines, champion observability, and drive CI/CD improvements.

You'll lead a team designing **advanced composite structures** for Archer's eVTOL aircraft, ensuring optimal performance, weight efficiency, and safety. You'll drive innovative design concepts and collaborate with cross-functional teams to meet certification standards. This role offers the chance to shape the future of **sustainable air mobility** at a leading aerospace company.

You'll guide certification efforts for Archer's first **certified electric aircraft**, ensuring compliance with FAA regulations. You'll act as the certification subject matter expert, **liaising with engineering teams and DERs** to establish compliance strategies and documentation. This role is critical to achieving type certification for a pioneering eVTOL aircraft.

You'll serve as **Radiation Safety Officer** and perform **nondestructive testing inspections** for an electric aircraft company. You'll ensure regulatory compliance and quality standards to advance sustainable air mobility.

You'll lead the end-to-end design of **high voltage battery pack components** for commercial and defense aircraft programs, collaborating with CAE, quality, and manufacturing teams. Your work will directly impact FAA certification and push boundaries in **aerospace battery design**.

You'll lead **autonomous flight system architecture** and integrate **GNC software** for Archer's all-electric aircraft. Your work will drive **sustainable air mobility** from simulation to real-world deployment.

You'll lead **supplier quality** for **battery components** ensuring robust Design Verification and Process Validation. Your impact spans from new product introduction to production scalability. This role bridges suppliers and internal teams at an **innovative aerospace startup**.

You'll own **supplier quality for battery and powertrain components** at Archer, an aerospace company building all-electric aircraft. Your core impact is ensuring supplier systems meet rigorous AS9145 standards through **APQP/PPAP** and **functional testing support**. This role stands out for working on cutting-edge electric aviation technology.

You'll own the configuration integrity of Archer's **electric battery-powered propulsion system**, from components through aircraft-level assembly. You will be the CM expert the powertrain team relies on daily, combining **product familiarity with rigorous discipline**. Your success is measured by the accuracy of powertrain BOM structures and quality of change packages.

You will serve as the dedicated technical resource for Archer's leadership team, providing rapid white-glove support to ensure seamless access to technology. This role combines high-level troubleshooting, discretion, and a service-first mindset to support executives in leading the company's efforts in sustainable air mobility.

You will support the design, fabrication, developmental testing, and certification of Archer's all-electric eVTOL aircraft, focusing on electrical installation design for flight test instrumentation. You'll collaborate with engineering teams to plan and execute instrumentation for monitored parameters like strain, temperature, and vibration.

You will drive execution of configuration management processes, ensuring accuracy and control of document releases, changes, and technical data. You will work closely with teams to maintain system integrity and compliance in support of sustainable air mobility.

You will ensure the accuracy, completeness, and compliance of engineering drawings and models. Act as the quality gate for design data before release, supporting the production of error-free, manufacturable designs. You'll collaborate with design teams across multiple commodities and contribute to process improvements.

You will design, analyze, and test EMI filters for aircraft products, perform simulations for emissions and lightning strikes, and collaborate with electrical and mechanical engineers on PCB layout, cable shielding, and grounding strategies to achieve DO-160G/MIL 461G compliance.

You will architect, build, and maintain CI/CD workflows and automated testing pipelines for the GNC and Vehicle Simulation groups, using tools like GitHub Actions and TeamCity. You'll also manage HPC infrastructure for large-scale simulations and bridge the Flight Dynamics Control team with the Platform embedded software team to ensure algorithms translate to real-time execution.

You will lead the end-to-end solution, design, and delivery of integrated manufacturing technology solutions across SAP and non-SAP platforms, partnering closely with cross-functional teams to ensure production operations run seamlessly. This role is critical to enabling future-state capabilities across Archer's manufacturing footprint.

You will design tooling for aerospace manufacturing, collaborating with engineering teams to improve assembly processes and ensure quality production of an all-electric vertical takeoff and landing aircraft.

You will lead Archer's Quality Management System to achieve AS9100 and FAA Part 21 certification for our first eVTOL aircraft, Midnight. You'll establish quality infrastructure across multiple sites, lead audits, manage corrective actions, and report KPIs to senior leadership.

You will lead the SEC reporting process, prepare financial filings, and provide technical accounting guidance for complex transactions at a sustainable aerospace company. Collaborate cross-functionally to ensure compliance and improve reporting processes.

You will design and implement flight control algorithms for electric VTOL aircraft, work cross-functionally to connect GNC requirements, build simulations, and collaborate with the Flight Test team to safely evaluate vehicle capabilities.

In this role, you will build high-reliability real-time embedded systems for an all-electric vertical takeoff and landing aircraft. You'll write modern C++ for Linux targets, interface directly with hardware, and debug with oscilloscopes and logic analyzers to ensure safety and performance.

You will design, develop, and validate control systems for electric propulsion technologies powering Archer's eVTOL aircraft, working with a multidisciplinary team to ensure safety, efficiency, and performance.

You will create high-quality motion graphics and video content for aviation operations, marketing, training, and corporate communications. This senior role involves end-to-end video production, from concepting and animation to editing, with some static graphic design work. You'll collaborate with the design team to ensure brand consistency and deliver polished, cinematic work across digital and out-of-home channels.

As the technical leader of the quality team, you will define quality requirements and process controls for Archer's first certified aircraft, Midnight. You'll develop and oversee the metrology program, collaborating with cross-functional teams to integrate quality into all business processes. This is a 6-month contract role.

Own and execute mass properties programs for eVTOL aircraft, ensuring weight and balance data accuracy from concept through certification. You'll lead weighing operations, drive weight optimization, and support FAA compliance while getting hands-on with actual aircraft.

You will develop flight simulation physics models for eVTOL aircraft, support vehicle trade studies, and update model fidelity based on test data to support certification. You will collaborate with internal and external suppliers to integrate systems into a comprehensive vehicle simulation and verify business and regulatory requirements.

You will design, configure, and implement SAP S/4HANA supply chain planning solutions, focusing on Embedded Production Planning and Detailed Scheduling (ePP/DS) and MRP Live. Collaborate with cross-functional teams to integrate planning processes with procurement, sales, warehousing, and finance, ensuring efficient supply-demand alignment and inventory optimization.

You'll define and verify requirements for the flight control system of Archer's eVTOL aircraft, working with suppliers to ensure proper flow-down and validation. Your work will support critical **aircraft certification** activities with the FAA and other authorities, directly impacting the **Midnight eVTOL's safety and success**.

You'll bridge aircraft design and high-rate production by standardizing manufacturing processes for Archer's Midnight platform. You'll consolidate complex processes into a central, version-controlled knowledge base, enabling **scalable manufacturing** and **FAA certification**. Collaborate cross-functionally to bring the future of sustainable air mobility to market.

You'll build stators for electric engines on a new production line for Archer's eVTOL aircraft. You will work hands-on with manual and automated equipment, partner with engineering teams, and troubleshoot issues to support **production scale-up** of the **Electric Propulsion System**. This role offers the chance to grow with a startup building **sustainable air mobility** from the ground up.

You'll develop and standardize manufacturing engineering methods for Archer's Midnight aircraft, bridging design and high-rate production. You'll consolidate complex processes into a central knowledge base and partner across teams to ensure scalability. This role offers the chance to define the manufacturing standards for the future of urban air mobility.

You'll join a small, expert team shaping an end-to-end product that blends **artificial intelligence**, **aviation expertise**, and seamless mobile user experience. You'll own development of core features across **iOS, iPadOS, and watchOS apps**.

You'll join Archer's Manufacturing Engineering team to develop and execute functional test strategies for aircraft systems. Your core impact is validating that each aircraft meets performance and safety standards before delivery. This role stands out for its direct contribution to bringing sustainable air mobility to life.

You'll execute **aircraft-level functional and end-of-line test procedures** on fully assembled electric vertical takeoff and landing aircraft. You'll perform **hands-on electrical troubleshooting** and validate system integration to ensure each vehicle meets performance standards before delivery. This role supports the transition from prototype to production in a cutting-edge aerospace company.

You'll create models and assemblies for a novel Turbogenerator using Siemens NX. Your designs will drive integration with manufacturing, test, and cross-functional teams. This role offers a chance to work on cutting-edge **electric aviation** technology at an innovative aerospace company.

You'll own, design, and deliver a novel thermal system for our hybrid aircraft. You'll select materials, validate through test definition, and manage the full design lifecycle. This role offers the chance to work on cutting-edge aerospace technology in a dynamic environment.

You'll **own the ground support equipment** for Archer's hybrid aircraft powertrain, including certification, testing, and operational definitions. You'll **manage the full design lifecycle** and interface with manufacturing and operational teams. This role is key to **bringing sustainable air mobility to life**.

You'll lead the turboshaft team in a complex hybrid powertrain system for an **all-electric aircraft**. You'll ensure integration, testing, and certification while managing technical and program risks. This role offers the chance to define strategy for **sustainable air mobility**.

You'll own the integration of the turboshaft into the aircraft, managing mechanical interfaces and ensuring smooth operation. You'll define pass criteria and optimize for **mass, performance, maintainability and safety**. This role is critical for advancing **sustainable air mobility** at a leading eVTOL company.

You'll conduct manufacturing and installation planning for flight test instrumentation hardware on experimental and production airplanes. You'll lead build and assembly integration of the instrumentation system and support developmental test and certification efforts. This role collaborates with design engineering and vendors on **instrumentation challenges** and **make/buy decisions**.

You'll be the **SAP FI subject matter expert** for Record to Report activities, supporting **full project lifecycle** from discovery to deployment. You'll also support **financial close and compliance** in a fast-paced aerospace environment.

You'll own the airframe loads development process for an **all-electric vertical takeoff and landing aircraft**, collaborating with aerodynamics, airframe, and propulsion teams. Your work will directly enable **safe and efficient flight** of a 4-passenger eVTOL. This role offers a chance to **shape certification plans** with the FAA.

You'll work on certifying **all-electric vertical takeoff and landing aircraft** for a pioneering aerospace company. Your role ensures **compliance with aviation safety standards** while shaping the future of sustainable air mobility. This position is ideal for engineers passionate about **cutting-edge aircraft certification**.

You'll manage key supply chain financial metrics and support the SIOP process for an **all-electric aircraft company**. You'll provide **data-driven insights** to cross-functional teams and drive **cost visibility** through dashboards.

You'll lead the development of **AI-driven software tools and infrastructure** for a next-generation **eVTOL aircraft**, integrating autonomy, ML, and safety-critical systems. You'll architect scalable platforms to enable engineering teams to build, test, and deploy intelligent software. This role offers the chance to directly shape the future of urban air mobility.

You'll lead the teams developing core flight software, GNC algorithms, and safety-critical systems for Archer's electric aircraft. You'll drive technical strategy, execution, and cross-functional alignment across software, avionics, systems engineering, and flight test. This role requires deep expertise in **flight-critical software** and **control algorithms** in a fast-paced aerospace environment.

You'll join the platform engineering team at Archer, an aerospace company building electric vertical takeoff and landing aircraft. You'll bridge development, infrastructure, and AI/ML initiatives by building **self-service infrastructure** and **CI/CD automation**. This role is ideal for an experienced engineer who thrives on creating leverage for others.

You'll define and deploy ground support equipment for Archer's eVTOL aircraft, ensuring full support for **initial aircraft arrival** and **early operational activities**. This role is critical for replicating a baseline GSE framework across future sites.

You'll lead a team bridging design and high-volume production of Battery/HVPS or Electric Drive Units for Archer's eVTOL aircraft. You'll own the full lifecycle of **CapEx projects** and drive **technical excellence** in a fast-paced environment. This role is critical to scaling our cutting-edge Electric Propulsion System.

You'll lead the end-to-end design of specialized test hardware for aircraft structural integrity and propulsion components at Archer. You'll collaborate closely with controls and electrical teams to push boundaries by designing mechanical test equipment from concept to functional hardware. This role offers the chance to drive innovative solutions from a blank sheet of paper.

You'll lead the design and launch of advanced manufacturing lines for Archer's eVTOL aircraft battery systems. You'll drive equipment specifications, process development, automation strategy, and production ramp for a critical aircraft system. This role combines deep manufacturing engineering expertise with strong program leadership in a fast-paced development environment.

You'll design digital interfaces and desktop tools for Archer's manufacturing assembly line. Your work will shape intuitive, scalable user experiences critical for aircraft production at a leading aerospace company. You'll collaborate closely with engineers and product managers to deliver **on-brand visual designs** and **prototypes** that drive real-world impact.

You'll lead a team optimizing digital tools for the entire product development lifecycle at Archer, an aerospace company building an all-electric aircraft. Your core impact is ensuring seamless integration across design, manufacturing, and certification phases. This role offers the chance to drive **enterprise PLM and CAD deployment** and support **FAA certification processes**.

You'll architect and own the **data infrastructure backbone** powering Data Engineering and ML teams at Archer, an aerospace company building electric vertical takeoff aircraft. Your goal is a **seamless self-service environment** where data scientists run JupyterHub, Ray clusters, and Trino queries without hardware concerns. You'll drive **zero-manual-touch GitOps automation** using ArgoCD and Terraform.

You'll build **complex electromechanical systems** for aerospace test equipment at Archer's Production Realization Lab. Your work will directly **support R&D and certification efforts** for an all-electric aircraft. This role offers **hands-on impact** in a fast-paced, cutting-edge environment.

You'll work on **all-electric aircraft** systems at Archer, an aerospace company building sustainable air mobility. You'll own avionics integration and certification tasks from requirements to verification. This role offers exposure to cutting-edge eVTOL technology and FAA certification processes.

You'll work on verification and validation of safety-critical software for the aircraft battery management system (BMS) in compliance with **DO-178C standards**. Your core impact is ensuring robust fault detection and diagnostic algorithms through **SIL and HIL testing**. This role offers the opportunity to contribute to **sustainable air mobility** in a fast-paced aerospace startup.

You'll join Archer to fabricate and test **composite structures** for an **all-electric vertical takeoff and landing aircraft**. You'll support development test campaigns from layup through post-cure processing and NDI. This role offers hands-on work with cutting-edge aviation technology.

You'll join the Flight Controls System Team to **verify and test the fly-by-wire flight control system** for our all-electric vertical takeoff and landing aircraft. You'll design and execute requirements-based tests to ensure compliance with **FAA certification standards**. This role offers the chance to work on cutting-edge eVTOL technology at a leading aerospace company.

You'll own flight test operational safety and the Safety Management System at **Archer**, a leader in **electric vertical takeoff and landing aircraft**. You'll manage hazard/risk processes, lead investigations, and drive a proactive safety culture across all test activities.

You'll support the developmental test and certification of Archer's eVTOL aircraft, designing and maintaining **data acquisition systems** for flight test aircraft. You will solve instrumentation challenges and perform post-flight data processing, collaborating with engineering teams to ensure **certification flight test activities** are completed on time.

You'll own **AI tooling adoption** across the **aerospace engineering org** at Archer, building the strategy and playbook while shipping prototypes yourself. Your core impact is compressing program timelines by embedding with teams to replace manual workflows with AI-assisted tools. This role offers significant autonomy to set direction for a heavily invested area, reporting impact to engineering leadership.

You'll own the design and development of Archer's internal tooling ecosystem, acting as a **force multiplier** across hardware engineering, data analysis, and talent acquisition. Your work will directly enable **automated workflows** and **data-intensive platforms** that scale our aircraft development. This role offers the chance to **deploy Generative AI solutions** and solve complex workflow problems in the aerospace industry.

You'll ensure **safe operation and compliance** of powertrain systems at an aerospace company building **all-electric aircraft**. Your work will **directly impact safety culture** across development and deployment phases.

You'll **architect, develop, and scale** the core services and infrastructure powering our cutting-edge AI products for an **all-electric aircraft company**. You'll bridge complex AI models with production-ready software, ensuring reliable delivery at scale. This role offers a chance to **work on advanced aerospace technology** with a leading team.

You'll lead **aircraft integration programs** at a pioneering aerospace company building all-electric vertical takeoff and landing aircraft. You'll drive cross-functional teams to deliver complex hardware/software development programs on schedule and budget. This role reports directly to the Director of Aircraft Integration Program Management.

You'll build the connector framework and ingestion services powering a data and services platform at an **electric aviation company**. Your work unifies enterprise systems into a canonical model and handles **data reconciliation at scale**. You'll write production Go services that fetch and store raw API responses for debugging and replay.

You'll lead **flight test campaigns** for an **all-electric aircraft** from ground runs through certification. You'll act as the critical link between design engineering, flight operations, and regulatory authorities. This role offers the chance to shape the future of **sustainable air mobility**.

You'll plan, coordinate, and execute efforts across Archer's Flight Sciences organization, including **aerodynamics**, **acoustics**, and **vehicle performance**, in close partnership with Engineering and Flight Test. Your work directly enables vehicle performance, flight readiness, and certification for an all-electric vertical takeoff and landing aircraft.

You'll architect and implement **state estimation algorithms** for Archer's **eVTOL aircraft**, making urban air mobility a reality. Your work will directly ensure **safety and performance** in flight critical systems.

You'll work on Archer's most challenging composite structures, providing manufacturing input and leading root-cause analysis. You'll mentor engineers and set best practices for **prototype builds** and **composite processing techniques**.

You'll develop safety-critical embedded software for an all-electric aircraft's **Charge Control Unit** and collaborate with multi-disciplinary teams to certify complex systems in compliance with **DO-178C**. This role offers the chance to work on cutting-edge aerospace technology with a focus on high-voltage electrical systems.

You'll develop **safety-critical software** for Archer's **all-electric vertical takeoff aircraft**, working with a multi-disciplinary team on **DO-178C compliant** flight control systems. Your work directly enables sustainable air mobility.