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Machina Labs is introducing unseen flexibility and agility to the centuries-old manufacturing industry.
The Role
The Manufacturing Engineer develops manufacturing methods, creates tooling, and documents processes using lean methodologies to improve production efficiency.
Summary Generated by Built In
About Machina Labs
At Machina Labs, we’re reshaping manufacturing through advanced robotics and machine learning. Our platform uses the largest 6-axis robots on the market to form 2D sheets of metal into complex 3D parts, layer-by-layer.
Traditional sheet metal production was designed for scale, not flexibility. It relies on costly dies and tooling that make lower volume projects prohibitively slow and expensive. We’re changing that. Whether you’re a startup building a few thousand airframes or an automaker prototyping next-generation components, Machina Labs gives you the ability to iterate and manufacture at the speed of software.
With support from the venture arms of Toyota, NVIDIA, and Lockheed Martin, we’re accelerating the future of manufacturing, one where factories are flexible, production is on-demand, and innovation is unconstrained.
About the Role
The Manufacturing Engineer plays a key role in creating the internal manufacturing procedures, specifications, documenting processes, and developing manufacturing methods that provides standard work in the Production Department. The Manufacturing Engineer will deploy continuous improvement methods leveraging lean methodologies to reduce waste.
This position requires access to information controlled under the International Traffic in Arms Regulations (ITAR) or the Export Administration Regulations (EAR), the successful candidate must be a "U.S. person" as defined in the ITAR and EAR (which generally means (i) be a citizen or national of the United States; or (ii) be a lawful permanent resident of the United States; or (iii) have been admitted to the United States as a refugee, or have been granted asylum, as specified under applicable law.
What You'll Do:
- Design production-ready tooling: quick-change nests, soft jaws, vacuum plates, clamps, and AWS D17.1-informed weld fixtures (purge dams/manifolds, chill blocks, heat sinks, ceramic backing).
- Establish datum strategies and poka-yoke features for foolproof loading, minimal distortion, and consistent weld penetration.
- Create robotic forming and welding fixtures (turntables/positioners, EOAT, torch mounts) with clear routing for cables, gas, and sensors.
- Produce fully-detailed SolidWorks models/drawings (weldments, sheet metal, configurations, exploded views, BOMs) to ASME Y14.5 with clean GD&T and tolerance stacks.
- Release tool designs through PDM/MRP, generate BOMs, routings, and standard work/work instructions for the floor.
- Run basic FEA/deflection checks (SolidWorks Simulation or equivalent) to validate stiffness and locate supports/clamps.
- Support build/prove-out: fit checks, on-floor tweaks, parameter windows, and design revisions via ECR/ECO.
- Source and manage outside fabricators/machine shops; verify capability, cost, and schedule.
- Maintain a tooling standards library (locating hardware, De-Sta-Co/pneumatic/hydraulic clamping, sensors, safety interlocks).
What We're Looking For:
- B.S. in Mechanical/Manufacturing/Industrial Engineering (or equivalent experience).
- 3+ years designing fixtures/jigs for machining and/or welding in aerospace/defense or similar high-spec manufacturing.
- Expert SolidWorks: parts/assemblies, drawings, weldments, sheet metal, configurations, design tables, PDM.
- Strong GD&T (ASME Y14.5) and tolerance stack-up skills; designs that are CMM-friendly and inspection-ready.
- Practical knowledge of AWS D17.1 considerations (joint prep, purge, distortion control) and thin-wall metallic assemblies.
- Hands-on shop familiarity: machining processes, fastening, alignment, metrology (calipers, height gages, indicators), safe ergonomics.
- Comfortable releasing through MRP/ERP, generating BOMs, and writing clear work instructions.
Bonus Points For:
- Experience with robotic welding/forming fixtures, EOAT, positioners, and torch/nozzle accessibility.
- Materials know-how for tooling: aluminum, steel/SST, tool steels, etc.
- Knowledge of vacuum work-holding, pneumatic/hydraulic clamping, prox/reed sensors, and safety interlocks.
- Exposure to **AS9100/NADCAP
Machina Labs is an Affirmative Action and Equal Employment Opportunity employer and considers all applicants for employment without regard to race, color, religion, sex, gender identity, gender expression, sexual orientation, national origin, age, disability, or status as a protected veteran in accordance with state and federal law.
We endeavor to make the job application process accessible to any and all users. If you have a disability that impacts your ability to complete the job application process and would like to request assistance or a reasonable accommodation, please contact us at (888)444-9777. This contact information is for accommodation requests only, not to inquire about the status of applications.
Top Skills
Aws D17.1
Erp
Gd&T
Mrp
Solidworks
What the Team is Saying
Jessica
Office Manager
Mark
Process Development Manager
Edward
CEO
Joakim
Machine Learning Engineer
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The Company
What We Do
This unlocks rapid iteration improving design lifecycle and enabling a higher rate of innovation. Machina Labs’ manufacturing platform combines the latest advances in robotics and AI so great ideas can quickly and affordably turn to reality.
Why Work With Us
Machina Labs unlocks manufacturing with AI & Robotics. Machina's Robotic Craftsman is introducing unseen flexibility and agility to the centuries-old manufacturing industry, enabling rapid iteration and innovation to design, engineering, and production. Machina helps leading companies quickly and affordably turn great ideas into reality.
Gallery
Machina Labs, Inc Offices
OnSite Workspace
Most employees work in-person at our beautiful office in Chatsworth, CA. Some employees engage in a combination of remote and on-site work.
Typical time on-site:
None
Los Angeles, CA
