CHAOS Industries
Defense
IndustrialEngineerRadarSystems
“Industrial Engineer - Radar Systems at CHAOS Industries. Skills: Production System Architecture. Serve as Industrial Engineering authority. Architect scalable production systems”
Industry & Context.
Identify bottlenecks; Identify rate constraints; Troubleshooting fundamentals
Ability to obtain DoD clearance
What They're Looking For.
Must Have
Bachelor's degree in Industrial Engineering, 3–7+ years of experience, Demonstrated experience in Production rate modeling, Demonstrated experience in Capacity planning, Demonstrated experience in Factory flow optimization, Demonstrated experience in Factory set-up optimization, Demonstrated experience implementing DFMA principles, Demonstrated experience developing labor/cost models, Demonstrated experience transitioning hardware, S. Citizenship required, Ability to obtain DoD clearance
Nice to Have
Experience with radar systems, Experience with RF hardware, Experience with complex electronic assemblies, Experience supporting integration test operations, Experience supporting environmental test operations, Familiarity with RF troubleshooting fundamentals, Familiarity with PCBA integration, Familiarity with Harness and connector best practices, Familiarity with Thermal interface materials, Familiarity with structural assembly practices, IPC certification exposure, Experience with SOLIDWORKS, Experience with CAD tools, Operating in low-rate initial production environments, Operating in rate ramp environments, Experience with MES systems, Experience with PLM systems, Experience with ERP systems
What You'll Do.
Serve as Industrial Engineering authority
Architect scalable production systems
Lead production rate modeling
Lead capacity planning
Lead cost optimization
Lead factory flow design
Embed producibility rigor
Quantify design decisions
Own manufacturing system readiness
Develop factory production models
Design optimal production flow
Define capital equipment strategy
Support factory expansion plans
Support factory scaling plans
Quantify cost impacts
Quantify labor impacts
Quantify cycle time impacts
Drive simplification of RF module integration
Drive simplification of Aperture assemblies
Drive simplification of Harness routing
Drive simplification of connector routing
Drive simplification of Thermal management
Evaluate tolerance stack-ups
Influence joining methods
Influence material selection
Influence fabrication processes
Develop rate ramp models
Create capacity plans
Perform scenario modeling
Support executive planning
Develop bottoms-up cost models
Conduct make vs. buy analysis
Identify cost drivers
Support value engineering
Support cost-reduction initiatives
Drive closure of MRL gaps
Validate production assumptions
Establish KPI structure
Analyze RF pass rates
Analyze test station utilization
Drive Lean manufacturing initiatives
Implement error-proofing
Support MES integration
Support PLM integration
Support ERP integration
How You'll Work.
Team & Collaboration
Partnership with Supply Chain
Process & Methodology
Manufacturing Readiness Level
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