Senior Energetics Manufacturing Engineer

Mach Industries Inc.

Huntington Beach, Northern (CA, KY)

Hybrid

USD 180,000 - 220,000

Full time

11 days ago

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Job summary

Mach Industries Inc. is seeking a Principal Manufacturing Engineer, Energetics in Huntington Beach, CA, to own the design and scale-up of manufacturing for solid rocket motors, pyrotechnics, and energetic products.

You will manage end-to-end capability from concept through startup, coordinating across product engineering, facilities, safety, quality, and external partners. The ideal candidate has 10+ years in manufacturing/industrialization, a strong DFMA background, and a track record of

Qualifications

Bachelor's degree in Mechanical Engineering, Manufacturing Engineering, Chemical Engineering, Aerospace Engineering, or a related technical discipline.
10+ years of experience in manufacturing engineering, process engineering, industrialization, factory engineering, or capital equipment development.
Ownership of complex manufacturing equipment or production lines from concept through installation, commissioning, and production.
Experience developing manufacturing processes and translating them into equipment and facility requirements.
Experience specifying, procuring, integrating, and commissioning capital equipment.
Experience working with equipment OEMs, systems integrators, construction teams, and/or A/E firms.
Strong understanding of manufacturing fundamentals including process capability, line balancing, equipment reliability, yield, throughput, and production ramp.
Demonstrated ability to lead complex technical programs across multiple engineering disciplines with limited oversight.

Responsibilities

Own the manufacturing architecture for energetic lines from raw material receipt through finished-product acceptance.
Translate product requirements and production targets into manufacturing processes, equipment requirements, cycle times, staffing models, material flows, and factory layouts.
Develop process flows, equipment concepts, line balancing, capacity models, manufacturing requirements, and capital equipment roadmaps.
Establish equipment boundaries, interfaces, utilities, controls requirements, inspection strategy, and material-handling concepts.
Lead design reviews including process, equipment, layout, automation, operability, maintainability, and production-readiness reviews.
Identify manufacturing bottlenecks and develop scalable production architectures capable of supporting significant rate increases.
Drive DFMA feedback into product development.