Hermeus

You'll build, maintain, and troubleshoot mission systems for **high-speed aircraft** supporting national defense. Your work ensures **reliable avionics and IT infrastructure** for critical operations. This role offers direct impact on **hypersonic technology development**.

You'll design and develop integrations and customizations across **ERP, MES and PLM applications** for a high-speed aircraft manufacturer. Your work will enable **efficient data flow and process automation** across Engineering, Manufacturing, Supply Chain, and Finance. This role offers the chance to work on **mission-critical systems** supporting national defense.

You'll build and maintain test assets at Hermeus, executing critical test campaigns in a fast-paced environment. You'll work on vehicle subsystems like hydraulic, fuel, and high-voltage systems. This role offers hands-on experience with **rapid, iterative testing** on **groundbreaking technology**.

You'll contribute to the design and analysis of **high supersonic vehicles** at a company building hypersonic aircraft for national defense. You'll develop aerodynamic solutions ensuring optimal performance during high-speed flight. This role offers the chance to work at an **iterative pace not seen since the 60's**.

You'll work at the forefront of propulsion innovation, building, testing, and refining systems for hypersonic aircraft. You'll partner with engineers to translate design into reality and provide critical feedback. This role requires deep technical skill and experience in fast-paced prototype environments.

You'll **manage inventory lifecycle** for **R&D and manufacturing operations** in aerospace, ensuring accurate material flow from receiving to shipping. Your work directly supports vehicle and propulsion development in a fast-paced environment.

You'll configure, maintain, and scale Siemens Teamcenter environments to support a rapidly growing engineering organization. Your core impact will be troubleshooting operational issues, managing workflows, and ensuring data integrity across product lifecycles. This role offers the chance to directly contribute to hypersonic capability initiatives.

You'll **build and lead operational analysis and simulation** at Hermeus, shaping hypersonic aircraft capabilities. Your work will directly support **national security mission sets** and provide decision-quality quantitative analyses for some of the most pressing challenges our customers face.

You'll **support operational safety and risk reduction** across manufacturing environments, partnering with operations and leadership to implement **practical safety solutions**. You'll drive continuous improvement in workplace safety, ergonomics, and regulatory compliance while maintaining a strong field presence.

You'll serve as the **primary point of contact** for government customers, ensuring **on-time delivery of contract deliverables** and bridging **technical teams with customer expectations**. You'll own program execution from start to finish.

You'll design and maintain integrations across **ERP, MES, and PLM systems** to enable seamless information flow for Engineering, Manufacturing, and Finance teams. Your work will directly **improve operational efficiency** through scalable automations and custom applications. This role offers the chance to work with cutting-edge enterprise platforms in a **mission-critical aerospace environment**.

You'll own the development of flight-critical propulsion hardware like valves and actuators from **clean-sheet design** through production. Working with propulsion and vehicle teams, you'll drive hardware through **rapid build-test-iterate cycles** in extreme environments. This contract role focuses on delivering **flight-ready components** for high-pressure systems.

You'll resolve **NX and Teamcenter** issues for engineering workflows in a **hypersonics** environment, working hands-on with propulsion systems. This high-impact role offers direct contribution to cutting-edge aerospace capabilities.

You'll serve as frontline support for **Siemens NX and Teamcenter** users at a defense aviation startup. Your core impact is diagnosing system issues, improving reliability, and enabling **engineering teams to move faster**. This role sits at the intersection of CAD, PLM, and engineering workflows.

You'll own **flight-critical propulsion components** from concept through flight qualification. You'll lead a small team while directly designing and delivering hardware for extreme environments. Your work moves quickly from concept to real-world operation.

You'll lead the **design, construction, and activation** of an expansion at our next-generation airbreathing propulsion test facility **HEAT** in Jacksonville, FL. This role is critical to advancing hypersonic and other advanced propulsion technologies vital to national security and aerospace innovation.

You'll lead the **flight software engineering team** and drive technical strategy for developing **hypersonic vehicle systems**. Your work will directly enable rapid iterative prototyping for defense aviation. This role offers the opportunity to shape cutting-edge aerospace technology.

You'll lead **sourcing strategy and supplier management** for indirect spend categories like Professional Services, Software/SaaS, IT, and Facilities. Your work will drive **cost savings and supplier performance** while supporting rapid company growth from development to production scale-up. This role offers high autonomy in a fast-paced aerospace and defense environment.

You'll take ownership of the MRO lifecycle for F100 engines, working hands-on with engineers and technicians to keep propulsion systems performing. Your core impact will be ensuring **reliability and performance** of **hypersonic propulsion systems**. This role offers a fast-paced environment where you can learn quickly and solve hard problems.

You'll support the design and implementation of mission systems for uncrewed high-speed aircraft, integrating **A-GRA (OMS/UCI)** frameworks for **interoperable messaging systems**. This internship offers hands-on work with defense-related technology and cross-functional teams.

You'll lead **improvement projects** for avionics manufacturing at a **high-speed aircraft company**, ensuring safety and process capability. You'll bridge engineering and technician teams to drive **design for manufacturability** and production readiness.

You'll develop embedded flight software for **high-speed aircraft systems** at a hypersonic startup. You'll collaborate with hardware and systems engineers to **integrate and test critical avionics**, ensuring safety and performance. This role offers the chance to work on **cutting-edge defense technology**.

You'll own the full lifecycle of the **Flight Termination System** for hypersonic aircraft, from design to flight. You'll lead **coordination with regulatory authorities** and manage interfaces with avionics and ground systems. This role is critical to national defense and offers the chance to work on cutting-edge high-speed aircraft.

You'll assemble and test complex fluid and electromechanical systems for **high-speed aircraft** in a **fast-paced development environment**, working hands-on with hydraulic tubing and pressurized systems while collaborating with engineering and operations teams.

You'll **build and lead a cross-functional team** for **avionics harnessing and electro-mechanical assembly** at a hypersonic aircraft manufacturer. Your work directly supports **national defense missions** with rapid iteration and high reliability.

You'll work at the intersection of **engineering design**, **manufacturing**, and **integration** for high-speed aircraft at a company collaborating with the Department of Defense. Embedded with production teams, you'll own hardware design, tooling, test, and assembly to deliver flight-ready systems.

You'll own all or a significant portion of the **F100 MRO lifecycle** at a **high-speed aircraft manufacturer**. You'll collaborate daily with cross-disciplinary engineers to drive safe and efficient refurbishment processes. This role supports testing campaigns and engine acceptance activities in a fast-paced environment.

You'll design and test custom electrical systems for hypersonic aircraft at Hermeus. You'll ensure seamless integration of avionics hardware across sub-systems and flight vehicles. This role offers the chance to work on **cutting-edge aerospace technology** for **supersonic flight**.

You'll assist in **flight test execution** and **aircraft systems validation** for high-speed aircraft at Hermeus. You'll troubleshoot and repair systems to ensure safety and performance. This role offers direct impact on **cutting-edge aerospace technologies**.

You'll be embedded with design and production teams, owning everything from hardware design, tooling, testing and flight readiness to process development and vehicle assembly. You'll lead **detailed project planning** and drive **hardware delivery** on aggressive timelines for high-Mach aircraft.

You'll own the development of **flight-critical propulsion components** from concept through flight qualification at a high-speed aircraft manufacturer. You'll directly design and deliver hardware while leading a small team through rapid **build–test–iterate cycles**.

You'll design and maintain **Hardware-in-the-Loop (HIL) testbeds** for hypersonic aircraft, working with cross-functional teams to validate complex avionics systems. You'll ensure **product reliability and compliance** with specifications. This role targets graduates with integrated school project experience.

You'll develop **weld processes** and **joint designs** for high-speed aircraft at a defense-focused startup. Your core impact is bridging early concepts to flight-ready hardware. This hands-on role works across design, manufacturing, and test teams to bring complex systems from concept to reality.

You'll work with **C++ and web technologies** to build control systems for a supersonic unmanned aircraft. You'll design and implement **intuitive user interfaces** for both remotely piloted and autonomous flight modes. This internship offers **hands-on experience with cutting-edge aerospace technology**.

You'll design, build, and operate **propulsion test stands** for next-generation hypersonic systems at a Florida facility. Your work directly supports **high-Mach aircraft development** for the Department of Defense. This role combines hands-on engineering with test campaign execution.

You'll **integrate and test navigation systems** for **high-Mach aircraft** at Hermeus. You'll ensure safe, efficient flight operations through **sensor fusion and filtering algorithms**.

You'll be the first Components Manufacturing Engineer at Hermeus, establishing and scaling advanced manufacturing processes for critical high-speed aircraft hardware. You'll own end-to-end component fabrication from concept through production, driving **design-for-manufacture** and **continuous improvement**. This role bridges prototype and production in a fast-paced, first-principles environment.

You'll join Hermeus to develop and qualify welding processes for high-speed aircraft, supporting manufacturing and root cause analysis. Your work will help stand up welding capabilities for **full-scale welded assemblies** and ensure **process improvements** through testing and feedback.

You'll join a high-speed aircraft manufacturer, bridging operational support and long-term planning. You'll translate **engineering challenges** into **financial solutions** for a defense aviation company redefining hardware R&D.

You'll work on high-speed aircraft manufacturing for defense, improving assembly and integration of avionics hardware. Core impact: drive quality and efficiency in a lean team building hypersonic vehicles. A unique role at a startup working directly with the **Department of Defense** on **hypersonic aircraft**.

You'll support the design, development, and testing of **propulsion components and systems** for high-speed aircraft. You'll work closely with engineers, manufacturing teams, and vendors to bring **hardware from concept through testing**. This role offers hands-on experience with **propulsion test rigs** and hardware development activities.

You'll lead the **build, integration, and test** of supersonic spike inlet mechanisms for high-speed aircraft. You'll bridge design, manufacturing, and test to deliver **rapid hardware iterations** in a fast-paced development environment. This role directly supports **national defense programs**.

You'll design, build, and test **RF communication systems** for **high-speed aircraft** used by the Department of Defense. You'll own technical delivery of RF hardware from architecture through integration and troubleshooting.

You'll design and build **tooling and fixtures** for flight-critical structural assemblies at a high-speed aircraft startup. You'll partner with structures and test teams to turn evolving designs into **testable hardware** through hands-on iteration. This role is embedded in fast design-build-test cycles, valuing speed and engineering judgment.

You'll develop and deploy real-time simulation environments for **hypersonic aircraft** systems at a defense-focused startup. Your core impact is bridging control system design and embedded software using **MATLAB/Simulink code generation** for HIL testing. You'll collaborate across teams to ensure accurate aircraft dynamics representation under simulated flight conditions.

You'll lead the **design, build, and test of next-generation aircraft aerostructures** for a high-speed aircraft manufacturer. Your core impact will be **driving hardware delivery on aggressive timelines** and mentoring junior engineers. This role offers the chance to **work directly with the Department of Defense** on hypersonic aircraft.

You'll design and develop embedded flight software for hypersonic aircraft systems at **Hermeus**, working closely with hardware and systems engineers. Your work will directly impact **national defense capabilities** by ensuring high-performance, safety-critical software integration.

You'll design and operate test assets for **hypersonic vehicles** at a high-speed aircraft manufacturer. You'll collaborate with cross-functional teams to test vehicle subsystems like **hydraulic and fuel systems**. This role offers hands-on work with **groundbreaking technology** in a fast-paced environment.

You'll support the development of **guidance, navigation, and control systems** for uncrewed high-speed aircraft at Hermeus. This role focuses heavily on **controls development, algorithm implementation, and testing** in collaboration with the Department of Defense.

You'll integrate **navigation systems** and **GNSS components** for high-Mach aircraft. Your work directly ensures mission success for **Department of Defense** programs. This role offers the chance to shape next-gen hypersonic flight.

You'll join a high-speed aircraft manufacturer to design, build, and test **next-generation aircraft aerostructures**. You'll own hardware development from concept through test validation, working hands-on with **rapid prototyping and experimental campaigns**. This role offers direct impact on national defense capabilities.

You'll own the electrical power architecture for hypersonic aircraft at **Hermeus**, working cross-functionally on the propulsion team. You'll design flight hardware and ground test equipment, bridging mechanical and electrical disciplines. **You'll mentor junior engineers** and establish standards for the whole team.

You'll design, build, and maintain **Hardware-in-the-Loop (HIL) testbeds** for hypersonic aircraft at **Hermeus**, working with the Department of Defense. Your work will validate complex avionics systems and ensure product reliability. You'll collaborate across software, hardware, and systems engineering teams.

You'll identify RF hardware requirements, create system architectures, and build/test/integrate RF solutions for **high-Mach aircraft** and **ground stations**. You'll own technical delivery within a multi-disciplinary team of engineering, manufacturing, and quality professionals. This role offers **direct impact on national defense**.

You'll design and implement advanced tooling for prototyping high-speed aircraft. Your work directly enables rapid iteration and integration of structural assemblies. You'll collaborate with multidisciplinary teams in a fast-paced R&D environment.

You'll lead the design, build, and test of **next generation aircraft aerostructures** for a high-speed aircraft manufacturer. Your work will directly impact **hypersonic flight capabilities** for national defense. You'll drive hardware from concept through production in a fast-paced environment.

You'll lead structural assembly and testing for the **Quarterhorse vehicle** at a startup building hypersonic aircraft for the DoD. You'll develop and refine **manufacturing processes** to meet quality and delivery goals. This role offers direct impact on a **rapidly evolving production environment**.

You'll support vehicle avionics hardware from design through delivery as part of a cross-disciplinary team. You'll influence design trades based on manufacturability and test performance. This role offers a chance to **work on hypersonic aircraft** for the **Department of Defense**.

You'll work alongside experienced engineers to support planning, execution, and analysis of flight tests, gaining direct exposure to **real-world aerospace challenges**. You'll assist in monitoring test parameters and interpreting flight data to enhance system performance and safety. This role offers hands-on experience with **high-Mach and hypersonic aircraft development**.

You'll design and test custom electrical systems for hypersonic aircraft at a cutting-edge aerospace startup. Your work will directly impact the **Quarterhorse flight vehicle** and **Darkhorse uncrewed aircraft** programs. You'll collaborate across disciplines to integrate avionics with engine, structural, and hydraulic systems.

You'll perform flight dynamics analysis and simulations for high-speed aircraft at Hermeus. Your work will directly support the development and flight test of hypersonic vehicles for the Department of Defense. You'll drive lessons learned into clean-sheet designs to ensure asymmetric advantage.

You'll design and build innovative tooling and fixtures for high-speed aircraft prototypes at a defense-focused aerospace startup. Your work directly enables rapid iteration and testing of advanced structural assemblies, supporting national security missions. You'll collaborate with multidisciplinary teams to solve complex integration challenges where no precedent exists.

You'll serve as a vital link between engineering and the technician team at Hermeus, a high-speed aircraft manufacturer. You'll drive root-cause analysis and corrective actions, reducing manufacturing hours and quality issues. The role offers the chance to work on cutting-edge hypersonic aircraft in a **fast-paced startup environment** with **direct Department of Defense impact**.

You'll contribute to the design, build, and test of flight and test hardware supporting high-speed aircraft. You'll be embedded with design and production teams, owning everything from hardware design to vehicle assembly. This role offers hands-on experience in **high-Mach aircraft development** and **cross-functional engineering integration**.

You'll lead the design and testing of custom avionics electrical systems for **high-speed aircraft** and ensure seamless integration across subsystems. You'll work across disciplines to create control and instrumentation for engine, structural, and electrical systems, directly impacting **national defense capabilities**.

You'll join the Fluids Team to design and integrate hydraulic and fuel systems for **hypersonic aircraft** supporting **national defense missions**. You'll own hardware from concept through test.

You'll design and implement **C++ software** for the **Mission Management System** of high-speed aircraft. You'll integrate mission subsystems and autonomy services to enable rapid capability delivery for defense applications.

You'll integrate secondary structure, avionics, and propulsion systems onto high-speed aircraft for **defense missions**. You'll perform mechanical and avionics assembly, checkout, and testing to ensure **rapid build and flight readiness**. This role directly supports **national security priorities** with hands-on critical work.

You'll gain hands-on experience working with **high-performance propulsion systems** in a **hypersonic aircraft startup** environment. You will support engine and system-level testing, set up test campaigns, monitor data, and troubleshoot issues directly contributing to Hermeus' hypersonic development efforts.

You'll join the Manufacturing Team at **Hermeus**, a high-speed aircraft company, performing hands-on assembly and integration of flight and ground hardware. You'll take ownership of work orders, structural assembly, and system troubleshooting across a lean, cross-functional team. This role offers the chance to impact **hypersonic aircraft development** for the Department of Defense.

You'll own the design release, build, test, and delivery of **key vehicle fluid, propulsion, and mechanism assemblies** for high-speed aircraft. You'll serve as the **technical bridge between design, manufacturing, and test** teams. This role requires a strong background in mechanical systems and fluids to drive complex assemblies from concept through validation.

You'll lead **logistics execution** and **material movement** for a high-speed aircraft manufacturer as they stand up new factories. You'll oversee production coordination and inventory teams across multiple LA-area sites, defining processes to deliver **fast planes fast**.

You'll own the development of **flight-critical propulsion components** from concept through flight-ready delivery. Your work directly supports **high-speed aircraft** operating in extreme environments. You'll collaborate closely with propulsion and vehicle teams to **define requirements and integration strategies**.

You'll lead **mission planning and execution** for flight test operations at a **high-speed aircraft manufacturer**, coordinating with engineering, pilots, and safety teams. You'll serve as the operational bridge to ensure missions are executed safely and efficiently, with opportunities for **hybrid work** and significant impact on national defense capabilities.

You'll support improvement initiatives to expand **in-house manufacturing capabilities** and contribute to the design, build, and testing of **flight hardware**. You'll evaluate designs for manufacturability, implement tooling solutions, and provide data-driven solutions to technical issues.

You'll design complex tooling and fixtures for aerospace manufacturing, supporting the rapid build of high-Mach aircraft. Your work directly impacts national defense by delivering critical structural assemblies. You'll collaborate across teams to integrate tooling seamlessly into production.

You'll support the development of **supersonic & hypersonic aircraft programs** at a high-speed aircraft manufacturer. Your core impact will be developing **external loads**, creating **dynamic simulations**, and validating analysis through testing and flight. You'll work closely with aerodynamics and structures teams.

You'll analyze and optimize **aircraft and propulsion system performance** for high-speed aircraft supporting national defense. Your work will directly impact **aircraft development and certification** through thermodynamic cycle analysis and flight test support.

You'll lead operational modeling and simulation for a high-speed aircraft manufacturer, shaping hypersonic aircraft development. Your work directly influences **defense capabilities** for **national security missions**. You'll integrate mission engineering and risk analysis to support decision-makers.

You'll join **Hermeus** in Atlanta to support the design, build, and test of hardware for **high-Mach and hypersonic aircraft**. You'll collaborate with multidisciplinary teams to troubleshoot challenges and **contribute to national defense capabilities**.

You'll develop, build, and operate test assets for hypersonic vehicles, working on **fluid and mechanical systems**. Your work will directly support **national defense** in a fast-paced, collaborative environment.

You'll lead the design and development of **complex mechanical systems** for high-speed aircraft projects at **Hermeus**. Your work will directly impact the rapid prototyping and testing of mechanisms critical to national defense.

You'll **develop test procedures and automation** for high-speed aircraft systems, enabling autonomous vehicle operations. You'll ensure **flight readiness** by collaborating with engineering teams to resolve off-nominal test results. This role supports **national defense** with direct Department of Defense impact.

You'll own mechanical components and assemblies for power generation and transmission on hypersonic vehicles, working closely with the Department of Defense. You'll drive the **development of cutting-edge hardware** to accelerate hypersonic travel, requiring strong **first principles** in multiple engineering disciplines.

You'll **design and analyze structural subsystems** for high-speed aircraft. You'll own hardware from concept through test, collaborating with cross-functional teams. This role directly supports **national defense programs**.

You'll join a high-speed aircraft manufacturer to establish inspection standards and ensure hardware quality. You'll perform precision mechanical inspections and collaborate with manufacturing and engineering teams. **This role is one of the first on-site inspectors**, shaping processes from prototype through production.

You'll design and deliver primary/secondary aircraft structures for hypersonic vehicles at **Hermeus**, a company building high-Mach aircraft for national defense. You'll own hardware from trade studies through manufacturing and flight test, working with cross-functional teams. This role offers **fast-paced iteration** and **direct impact on flight hardware**.

You'll lead **flight test programs** for **high-speed aircraft** at Hermeus, working directly with the Department of Defense. You'll coordinate system integration, develop test plans, and conduct ground/flight tests to ensure mission success.

You'll design and test custom electrical systems for hypersonic aircraft, working across disciplines for ground and flight applications. You'll ensure seamless integration of systems like **electrical hardware** and **control systems**. This role offers the chance to shape the future of **high-speed flight**.

You'll build and maintain test assets and execute critical test campaigns for **rapid iterative testing** of advanced aircraft subsystems. You'll ensure safe, precise operations and deliver **high-quality test data** to drive development.

You'll take ownership of **structural hardware** from design through delivery, serving as the key link between design, manufacturing, and test. You'll ensure structural assemblies are built to precision standards in a **fast-paced, early-stage environment**. This role combines deep technical understanding with first-principles problem-solving.

You'll lead **recruiting efforts** for a high-speed aircraft manufacturer, partnering with hiring managers on **technically challenging roles** that impact national defense. You'll build **talent pipelines** across multiple disciplines in a fast-paced, mission-driven environment.

You'll support the Mission Systems Engineering team at **Hermeus**, building and maintaining ground control stations, networks, and test environments for **high-speed aircraft**. Your work will directly impact flight-critical systems and real-world operations.

You'll be embedded with design and production teams, owning everything from hardware design, tooling, testing to flight readiness. You'll drive **hardware delivery on aggressive timelines** and **transition prototypes to production** for complex aerospace assemblies. This role includes **design and implementation of full-stack build processes** at a high-speed aircraft startup.

You'll support the setup, integration, and testing of **real-time simulation environments** for high-speed aircraft. Your work will directly contribute to **validating flight control systems** and enhancing system reliability. This role offers exposure to **hardware-software integration** in a cutting-edge aerospace environment.

You'll join Hermeus to develop **performant modeling and simulation code** for our 6DOF SITL simulation using Julia. You'll interface with Flight Software, HMI, and Flight Sciences teams to meet stakeholder needs and ensure accurate results. Your work will involve creating **hardware/physics-informed software models** and **validating results with real data**.

You'll lead the design, analysis, and testing of electrical systems for hypersonic vehicles at **Hermeus**, a venture-backed defense aviation company. You'll collaborate with a multidisciplinary team to ensure safe and efficient operation, and drive **rapid iterative prototyping** of the fastest aircraft in the world.

You'll develop flight control, guidance, and navigation algorithms for **high-speed aircraft** at a venture-backed defense company. Your work will directly impact **autonomous takeoff and landing** capabilities and validate system robustness through **6-DOF simulation and flight tests**.

You'll set up, operate, and maintain sheet metal fabrication equipment to produce **aerospace-quality flight hardware**. You'll collaborate with engineering to refine fabrication processes and mentor junior operators. This role offers hands-on impact in a **rapid prototyping defense aviation company**.

You'll serve as the frontline for engineering productivity, resolving issues and driving improvements across Siemens NX and Teamcenter environments. You'll diagnose system issues, improve system behavior, and enable engineers to move faster with confidence. This role sits at the intersection of **CAD, PLM, and engineering workflows**, focusing on **system reliability, usability, and performance**.

You'll design and maintain **Gitlab CI/CD pipelines** for flight software build, test, and release workflows. Your work will enable **automated Flight Test on Cloud and HW testbeds** including SIL and HIL. This role offers the chance to work on cutting-edge aerospace systems.

You'll **design and test custom electrical systems** for ground test and flight applications, ensuring seamless integration across subsystems. You'll work with a cross-functional team to **troubleshoot and resolve integration issues** on rapid iterative prototypes for the fastest aircraft in the world.

You'll lead capital projects for a **defense aviation company** building the fastest aircraft. You'll manage **project scoping, budgets, timelines** and oversee construction execution. This role offers the chance to drive **rapid iterative prototyping** in a high-growth startup environment.

You'll verify autonomous aircraft flight software on an integrated Test & Infrastructure team, focusing on **validation across SITL, HITL, and on-aircraft environments**. Your work will ensure **system safety and certification readiness** through rigorous test execution and automation. You'll collaborate cross-functionally to **drive anomaly resolution and root cause analysis**.

You'll own engine test campaigns for **the fastest aircraft in the world** at a venture-backed defense startup. You'll operate at the intersection of **hardware execution and data analysis**, translating results into actionable improvements. This role requires **rapid, iterative prototyping** in a fast-paced environment.

You'll build, automate, and secure **critical IT and infrastructure systems** at **a venture-backed defense aviation company**. Your work will directly enable rapid prototyping of the world's fastest aircraft. This is a high-impact hands-on role where you'll define and scale the infrastructure powering a growing company.

You'll join the Test team at Hermeus, designing and building **test fixtures** for **fuel and hydraulic systems** on the world's fastest aircraft. You'll ensure test safety margins and work directly with manufacturing to resolve hardware issues.

You'll join a **venture-backed defense aviation company** reclaiming rapid iterative prototyping to build the fastest aircraft. You'll take full ownership of standing up new production capabilities for **precision sheet metal components** supporting **next-generation hypersonic aircraft**, combining deep technical expertise with operational leadership.