Layup Parts is a startup that manufactures composite parts and the tooling to make those parts. Our mission is to ship parts faster than our competition can return a quote.
We utilize the latest technology to reshape the composites industry by manufacturing high quality composite parts faster and more affordably than anyone else. Our customers are developing tomorrow's high tech products, and we are building technology to accelerate their success using scalable automation.
We are also a team of experienced founders, product leaders, and engineers who have built and supported some of the fastest-growing brands in the US. We have raised funding from advisors and institutional investors, including Founders Fund, Lux Capital and Haystack.
About the Role:
We are looking for highly motivated Software Engineering Intern to join our team as key members of our growing engineering function.
What you will do:
- Help build out our factory operating system
- Design interfaces for production machinery to capture real time data
- Collaborate and create new features for our customer portal
- Develop internal tools and improving manufacturing processes with automation
Required:
- Being awesome! Be the kind of person you want to work with!
- Very strong engineer of exceptional ability driven by engineering fundamentals
- Ability to quickly understand and navigate complex systems and established code bases
Preferred:
- Experience with Go, React TS or Rust
- Experience designing software related to 3D part representations or manipulation in a CAD/CAM program or similar
- Familiarity with customer facing software applications
- Experience regarding manufacturing or part design (especially composites)
- Good understanding of the mechanical and manufacturing world
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What We Do
Our goal is to deliver composite parts faster than any other supplier in the market. We want to continually impress our customers with our speed, quality, and responsiveness to their needs.
Why Work With Us
We plan to achieve our goals by building and implementing technology that hasn’t yet been applied to the composites industry, including: automated customer quoting, automated tooling design, integrating software with hardware to reduce engineering and production workloads, and implementing latest developments in 3D printing.
