Quality Engineer Electro-Mechanical Assembly

Neros Technologies•Torrance, CA

1d•$100,500 - $162,000

About The Position

Neros is a defense technology company rebuilding America’s drone industrial base. We design and manufacture high-performance unmanned systems that are tested in combat, iterated at startup speed, and built at massive scale. Our team culture is fast, hands-on, and obsessed with closing the gap between design and deployment. As drones transform the character of warfare, Neros is delivering the systems the West needs to compete on the modern battlefield and deter the adversaries of democracy. As a Quality Engineer at Neros, you’ll own electro-mechanical build quality across the factory as we scale production, from motors, harnesses, and mechanisms through the finished vehicle. You’ll be the first call when an assembly or integration issue shows up on the line, working with manufacturing and engineering to contain it, find the root cause, and make sure every unit survives and performs in contested environments. We’re looking for a hands-on engineer with electro-mechanical hardware manufacturing experience, a proactive, ownership-driven approach to solving problems, and a proven ability to perform in fast-moving production environments.

Requirements

Bachelor’s degree in mechanical, electrical, or aerospace engineering
2+ years in a quality, manufacturing, reliability, or design engineering role on electro-mechanical hardware
Experience with GD&T and hands-on metrology, including calipers, height gauges, CMM, and visual inspection
Experience with electro-mechanical assembly processes, such as fastening and torque control, thread locking, connector mating, harness routing and strain relief, potting and staking, and adhesive bonding, and their common defect modes
Proficiency in SQL and Python, including querying production databases and analyzing manufacturing and test data

Nice To Haves

Experience supporting high-volume production of electro-mechanical systems such as drones, robotics, automotive, or consumer hardware, ideally during a production ramp
Working knowledge of RCCA and structured problem solving (8D, 5 Whys, fishbone), PFMEA, control plans, FAI (AS9102 or similar), and SPC
Strong working knowledge of IPC/WHMA-A-620 as it applies to cable, harness, and connector workmanship
Familiarity with brushless motors, including bearings, balancing, winding and lead termination, and common failure modes
Understanding of vibration, shock, and thermal effects on assembled hardware and how to design inspections and screens around them
Comfort on the bench with multimeters, power supplies, and basic motor and continuity testing
Familiarity with composites, machining, injection molding, and additive manufacturing processes and their common defect modes
Experience with ISO 9001 or AS9100 quality systems in a defense or aerospace environment
Familiarity with drones, RC aircraft, or FPV hardware. If you’ve built quads from a bare frame and tracked down why one kept losing a motor mid-flight, we want to hear about it

Responsibilities

Own day-to-day electro-mechanical build quality across the factory as the go-to engineer for any assembly and integration issue that surfaces, from components and sub-assemblies such as motors, harnesses, and mechanisms through final vehicle assembly
Act as first responder for quality issues on the line: disposition defects, contain suspect product, and run MRB for electro-mechanical nonconformances
Lead root cause investigations on electro-mechanical defects in partnership with engineering, and verify that fixes hold on the line
Track line metrics (FPY, defect Pareto, scrap and rework, escapes) and use SPC to catch drift before it becomes a failure
Run regular build quality reviews on defect trends and drive the top issues to closure
Partner with manufacturing and engineering to add in-line checks and error-proofing where the data calls for it, reducing inspection as processes prove capable
Drive design for quality (DFQ) by feeding line defect data and inspection findings back to engineering to improve manufacturability and reduce defects
Create and maintain inspection plans and first article inspections for new builds, design revisions, and process changes
Review work instructions and inspection criteria to keep requirements clear, objective, and verifiable
Certify inspectors and operators to workmanship standards, and own and audit the measurement and calibration program, including gauges, torque tools, and Gage R&R, across the factory