Jobs at Layup Parts

Leads complex customer manufacturing programs from technical evaluation and DFM through tooling, process development, qualification, production launch, and steady-state manufacturing. Owns manufacturing strategy, documentation, tooling, schedules, risks, customer communication, cross-functional coordination, production-floor builds, troubleshooting, and process scalability. Mentors engineers and develops new manufacturing capabilities, with a strong focus on advanced composites and aerospace or defense hardware.

Own full-cycle recruiting across high-volume production and skilled trades roles and specialized technical searches. Advise hiring managers on role definition, interviews, calibration, sourcing, and closing. Manage concurrent requisitions, build diverse sourcing channels, conduct market mapping, drive structured interview processes, negotiate offers, and use ATS and recruiting analytics to improve hiring outcomes. The role requires recruiting expertise spanning manufacturing, engineering, technical, and production talent in a fast-paced startup environment.

Designs, maintains, troubleshoots, and improves electrical systems for manufacturing equipment, robotic systems, and factory operations. Responsibilities include specifying components, designing cabinets and wiring, building and bringing up systems, collaborating with robotics and controls teams, coordinating fabrication vendors, and establishing electrical design standards. The role is highly hands-on and requires frequent production-floor problem solving.

Leads a software engineering team developing computational geometry tools and automated workflows for composite parts, tooling, CAD/CAM, machining, and advanced manufacturing. Partners with manufacturing and mechanical engineers to translate production challenges into software requirements, guides architecture and technical decisions, mentors engineers, contributes to code and roadmap development, and recruits team members.

Lead a computational geometry software team developing CAD/CAM and 3D geometry tools for automated composite manufacturing and tooling workflows. Partner with manufacturing and mechanical engineers, guide architecture and technical priorities, translate production challenges into software requirements, mentor and recruit engineers, and contribute to code and design decisions. The role combines software engineering leadership with manufacturing, mechanical engineering, geometric modeling, and advanced automation.

Build and expand a Factory Operating System that orchestrates manufacturing from quote to shipment. Develop equipment integrations, real-time production data systems, customer portal features, and internal workflow automation. Collaborate with manufacturing and operations teams, independently drive projects, navigate complex codebases, and mentor teammates in a fast-paced startup environment.

Develop software for analyzing and generating 3D geometry, creating manufacturability assessment algorithms, and automating workflows in composite manufacturing.

The Mechanical Engineer will design and develop equipment for automation in manufacturing, collaborate with teams, and train users on new systems.

Work on production software powering the factory operating system: build machine interfaces to capture real-time data, add features to the customer portal, and develop internal automation tools to improve manufacturing processes in collaboration with production and engineering teams.

Lead design, build, and production bring-up of robotic systems for manufacturing. Own controls, motion, and robotics logic; integrate vision/ML, PLCs, and factory control systems; support lamination, material handling, and automated trimming alongside mechanical engineers.

Train and iterate custom ML models on manufacturing and design data to estimate cost and complexity, generate designs, and extract structured data from engineering documents. Build end-to-end pipelines from data cleaning and labeling through training, evaluation, and deployment. Collaborate with engineering and manufacturing teams to source datasets and identify opportunities to improve workflows with custom models.

Own and support production machine automation systems (ovens, autoclaves, integrated equipment). Troubleshoot and resolve field issues, maintain automated systems, and continue development of new robotics and automation features as R&D transitions to production.

As an Electrical Engineering Intern, you'll assist in building an automated factory, working on electrical systems, control design, and robotics, while collaborating with various engineering teams.