Jobs at Hermeus

Design and analyze mechanical and structural subsystems for high-speed aircraft, perform hand calculations and FEA, lead trade studies, collaborate across disciplines, own hardware from concept through test, and present technical content in reviews.

Embed with design and production teams to plan and drive hardware delivery, turn concepts into detailed designs, transition prototypes to production, simplify processes, design factory tooling and test flows, develop/run flight hardware tests, and support production, test, and integration activities.

As a Propulsion Development Engineer, you will lead engine test campaigns, develop test plans, analyze execution data, and enhance hardware systems. You will work hands-on to resolve test issues and ensure data integrity while collaborating with interdisciplinary teams.

The Senior Structures Engineer will lead design, build, and testing of aerospace structures, driving projects and mentoring junior engineers while ensuring efficiency in processes.

Design and develop R&D structural and thermal solutions for vehicle subsystems, perform hand calculations and FEA, build and test prototypes, run trade studies, collaborate with manufacturing and test teams, and support integration and test campaigns through to experimental validation.

The OSRC Specialist ensures operational safety and compliance, manages risks, and collaborates across departments to improve workplace safety and operational readiness.

The Senior GNC Engineer will work on Navigation and System Integration for high-speed aircraft, focusing on GNSS components, system integration, and algorithm development for safe flight operations.

Analyze, model, and optimize aircraft and propulsion system performance across the flight envelope. Develop and validate propulsion performance models, generate performance data, support engine-airframe integration, author flight test plans, and contribute to experimental and CFD modeling efforts including HEAT facility work.

As a Propulsion Test Engineering Intern, you will assist engineers in designing, setting up, and operating test stands, monitoring data, and troubleshooting propulsion systems.

The RF Systems Engineer will design, test, and integrate RF hardware for aircraft, ensuring performance and compliance with regulations, while collaborating with teams on various engineering and manufacturing tasks.

The Senior RF Systems Engineer will design, test, and integrate RF systems, working with cross-functional teams to deliver technical solutions for aircraft and ground stations.

Design, analyze, and deliver primary and secondary aircraft structures for hypersonic vehicles from trade studies through detailed design, manufacturing, integration, and flight test. Perform structural trade studies, generate CAD models and GD&T, collaborate on stress/fatigue/thermal assessments, support fabrication and testing, participate in design reviews, and iterate with test/flight feedback.

Develop and deploy real-time simulation environments for aerospace systems, integrating models and optimizing performance for flight control systems, using MBD and automation tools.

Design, integrate, and test RF communication, telemetry, navigation, and sensor systems. Define requirements, create link budgets and test plans, build and validate RF hardware and antennas, execute conducted and environmental RF tests, troubleshoot performance, support ground and flight integration, analyze test data, and coordinate regulatory spectrum and flight-test needs.

The Test Engineer will design, develop, and maintain test assets for hypersonic vehicles, operating fluid and mechanical systems and collaborating with cross-functional teams.

As a Test Engineer, you will design, develop, and operate test assets for hypersonic vehicles, collaborate with cross-functional teams, and improve testing processes.

The Integration Engineer will manage design, production, and testing of fluid and propulsion systems, ensuring efficient and reliable manufacturing processes.

The role involves leading operational analysis and simulation for hypersonic aircraft, developing models, assessing risks, and providing insights for strategic planning.

Lead operational analysis and simulation for hypersonic aircraft, develop models, evaluate risks, and provide decision-making insights to stakeholders.

Administer and scale Siemens Teamcenter and related PLM systems, support engineering workflows and NX integrations, troubleshoot platform and integration issues, manage users/permissions/BOMs/releases, partner with cross-functional teams, support upgrades/deployments/validations, and identify automation opportunities to improve engineering data integrity and processes.