Tooling Engineer

Responsibilities

• Own the design, fabrication, and implementation of advanced tooling, fixtures, and integration aids to support R&D, prototype builds, and test campaigns.
• Partner with structures, manufacturing, and test teams to define tooling requirements, integration flow, and process interfaces.
• Collaborate across engineering disciplines and external vendors to deliver rapid, high-precision prototype tooling solutions.
• Leverage advanced materials and manufacturing methods, including additive and composite fabrication, to enhance performance and efficiency.
• Perform design validations, mechanical checks, and hands-on trials to qualify tooling for development and production use.
• Drive continuous improvement by developing and implementing tooling upgrades that reduce build time, improve accuracy, and streamline operations.
• Maintain documentation, configuration control, and safety standards across all tooling systems.
• Coordinate schedule, priorities, and vendor relationships to ensure tooling deliverables align with critical R&D and integration milestones.
• Act as a key interface between engineering and build teams to resolve integration challenges and sustain build velocity.

Requirements

• Strong engineering first principles. 
• Bachelor's degree in mechanical, aerospace, manufacturing, or related engineering field. 
• Hands-on experience with physical hardware (internships, labs, project teams all count). 
• Proven ability to design, build, break, and iterate quickly. 
• Comfort with CAD, test equipment, hand tools. 
• Familiarity with manufacturing processes (machining, welding, forming, etc.) and GD&T fundamentals. 

Preferred Skills and Experience

• Hands-on experience with prototype fabrication methods including machining, additive manufacturing, composites, and rapid prototyping.
• Proficiency in CAD software (e.g., CATIA, SolidWorks, NX) for tooling design and iteration.
• Knowledge of GD&T and ability to interpret and apply engineering drawings to prototype development.
• Familiarity with R&D environments and early-stage design-build-test cycles for high-performance aerospace systems.
• Strong problem-solving skills, with the ability to experiment, adapt, and iterate quickly in ambiguous development settings.
• Excellent communication skills with the ability to collaborate across engineering, prototype build, and test teams.
• Knowledge of lean prototyping and continuous improvement principles in low-volume, experimental environments.