Manufacturing Engineer

Bascom Hunter Technologies•Glendale, AZ

5d•Hybrid

About The Position

Bascom Hunter is building advanced aerospace and defense hardware and is looking for a Manufacturing Engineer to develop, scale, and optimize manufacturing processes from prototype through full-rate production. This role bridges design, production, and supply chain to ensure products are built efficiently, sourced effectively, and delivered to the highest quality standards.

Requirements

Bachelor’s degree in Mechanical, Manufacturing, Industrial Engineering, or similar (or equivalent experience)
2-5 years of experience in manufacturing engineering or production environments for mechanical/electromechanical products
Strong ability to read and interpret engineering drawings, GD&T, and specifications
Experience developing manufacturing processes, work instructions, and production documentation
Familiarity with process validation, First Article Inspection (FAI), and production readiness
Working knowledge of supplier manufacturing processes and sourcing workflows (RFQs, technical evaluation, cost drivers)
Proficiency with ERP/MRP systems and data analysis tools (Excel or similar)
Strong problem-solving skills with hands-on production support experience

Nice To Haves

Aerospace/defense background or experience in highly regulated industries (AS9100, special processes)
Experience collaborating with supply chain on supplier selection, development, or cost reduction initiatives
Knowledge of CNC machining, assembly processes, and precision manufacturing
Familiarity with should-cost modeling or total-cost analysis
Knowledge of lean manufacturing, Six Sigma, or continuous improvement methodologies
Familiarity with CAD tools (e.g., SolidWorks, AutoCAD) and PLM/PDM systems
Exposure to thermal management systems, rotating machinery (fans/pumps), or ECS components

Responsibilities

Develop and optimize manufacturing processes: Define build sequences, tooling, fixturing, and work instructions for precision mechanical and electromechanical assemblies.
Support new product introduction (NPI): Translate engineering designs into production-ready processes, including process validation, trial builds, and production ramp-up.
Drive design for manufacturability (DFM/DFA): Partner with design engineering to improve producibility, reduce cost, and ensure robust tolerancing and inspection methods.
Create and maintain manufacturing documentation: Develop routers, work instructions, inspection plans, and acceptance criteria aligned with engineering and quality requirements.
Validate production readiness: Plan and execute First Article Inspections (FAI), process qualifications, and capability assessments to ensure stable, repeatable output.
Improve production performance: Analyze yield, throughput, and cycle times; implement continuous improvement initiatives using lean manufacturing principles.
Support equipment and tooling selection: Define requirements, support capital justification, and assist with installation and commissioning.
Resolve production issues: Lead root cause analysis and corrective actions for nonconformances, yield loss, and process variability.
Collaborate cross-functionally: Work closely with Quality, Supply Chain, and Operations to align on production goals, schedules, and compliance requirements.
Support sourcing and supplier readiness: Partner with Supply Chain to develop RFQs, define technical requirements, evaluate supplier capabilities, and ensure suppliers can meet manufacturing and quality expectations.
Contribute to cost and lead-time optimization: Provide should-cost input, process insight, and alternate manufacturing approaches to support competitive sourcing decisions.
Assist with supplier production readiness: Support supplier process reviews, first builds, and issue resolution to ensure smooth transition from prototype to production.
Ensure compliance: Adhere to AS9100D, customer specifications, and regulatory requirements, including special processes and inspection standards.