Structures Manufacturing Engineer

About the role

The Structures Manufacturing Engineer - Tooling & R&D at Hermeus is responsible for enabling rapid development, integration, and test of flight-critical structural assemblies through innovative tooling and hands-on manufacturing execution. This role works closely with structures, test, and manufacturing teams to turn evolving designs into real, testable hardware.

Responsibilities

• Own the design, fabrication, and validation of tooling, fixtures, and ground support equipment supporting structural prototype builds, integration, and testing
• Rapidly iterate tooling concepts to support changing designs, test objectives, and build sequences
• Partner with structures, manufacturing, and test engineers to define integration flow, tooling interfaces, and build strategies
• Perform mechanical checks, fit-ups, and hands-on trials to qualify tooling for development and flight hardware builds
• Maintain configuration control, documentation, and safety standards across evolving tooling systems
• Support the build, integration, and inspection of primary and secondary structural assemblies for the Quarterhorse vehicle and future platforms
• Act as the primary interface between design engineers and technicians during prototype and flight hardware builds
• Identify integration challenges early and develop creative tooling or process solutions to maintain build velocity
• Provide direct, real-time design feedback based on hands-on build experience
• Support structural testing campaigns by enabling efficient, repeatable, and safe hardware setups
• Develop and refine prototype manufacturing processes with a focus on speed, flexibility, and learning
• Drive continuous improvement of tooling and build approaches to reduce iteration time and increase build quality
• Resolve non-conformances through hands-on troubleshooting and root cause analysis in collaboration with Quality
• Cook up and coordinate internal and external fabrication resources to meet aggressive R&D and test milestones

Requirements

• Bachelor’s or Master’s degree in Mechanical, Aerospace, Manufacturing, or related engineering discipline
• Strong engineering fundamentals and comfort applying first principles in ambiguous environments
• Hands-on experience with physical hardware
• Proven ability to design, build, test, break, and iterate rapidly
• Proficiency with CAD and familiarity with GD&T fundamentals
• Comfort using hand tools, test equipment, and working directly on the shop floor
• Familiarity with manufacturing processes such as machining, welding, forming, and assembly
• Strong communication skills and ability to collaborate across multidisciplinary R&D teams
• Willingness to work flexible hours, including overtime and weekends as needed

Desired Multipliers

• Experience in an R&D or startup development environment
• Direct experience designing or building tooling for large structural assemblies
• Experience supporting a flight development or experimental aircraft program
• Familiarity with lean prototyping and rapid iteration in low-volume environments

Pay

Competitive salary commensurate with experience.

Schedule

Flexible schedule to accommodate project needs.

Benefits

Health insurance, retirement plans, paid time off, and professional development opportunities.

Skills

Design, fabrication, testing, mechanical checks, fit-ups, hands-on trials, configuration control, documentation, safety standards, integration flow, tooling interfaces, build strategies, mechanical checks, fit-ups, hands-on trials, configuration control, documentation, safety standards, integration flow, tooling interfaces, build strategies, mechanical checks, fit-ups, hands-on trials, configuration control, documentation, safety standards, integration flow, tooling interfaces, build strategies, mechanical checks, fit-ups, hands-on trials, configuration control, documentation, safety standards, integration flow, tooling interfaces, build strategies, mechanical checks, fit-ups, hands-on trials, configuration control, documentation, safety standards, integration flow, tooling interfaces, build strategies, mechanical checks, fit-ups, hands-on trials, configuration control, documentation, safety standards, integration flow, tooling interfaces, build strategies, mechanical checks, fit-ups, 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