Manufacturing & Process EngineeringManufacturing Engineering
No H1B Sponsorship
US Citizenship Required
About the job
Requirements
A Bachelor's degree in Industrial Engineering, Manufacturing Engineering, or a related field.
One to two years of experience in industrial engineering or manufacturing process optimization.
Proficiency in lean manufacturing, Statistical Process Control, Failure Mode and Effects Analysis, and data-analysis tools such as Minitab or SigmaXL for KPI tracking.
Familiarity with productivity methodologies and the development of capability, capacity, and KPI matrices.
Excellent communication for cross-functional collaboration.
A safety-focused mindset and the ability to work in a small team environment with hands-on shop-floor involvement.
U.S. citizenship is required for International Traffic in Arms Regulations and Defense Federal Acquisition Regulation Supplement compliance.
Ability to obtain a security clearance.
Willingness to work in environments with hazardous materials, with proper training and personal protective equipment.
Responsibilities
Analyze manufacturing processes to identify opportunities to reduce variability, waste, and cycle times using lean principles, Statistical Process Control, and other relevant tools.
Develop and maintain machine and process capability matrices to assess equipment and process performance.
Develop and maintain machine and process capacity matrices to evaluate production capabilities and identify bottlenecks.
Develop and maintain measurements of throughput, resource utilization, line balancing, cycle times, and other industrial engineering KPIs to track efficiency and inform improvements.
Collaborate with the team on process-related risk assessments and support failure analysis, Failure Mode and Effects Analysis, Root Cause and Corrective Action, and Process Failure Mode and Effects Analysis.
Lead the creation of standardized manufacturing procedures, including work instructions, process flows, and operational guidelines.
Review and update manufacturing procedures based on personnel feedback and program goals.
Provide process data to the Planner for production scheduling and to Quality Engineers for defect prevention.
Develop, validate, and input master Bills of Materials and master routers into the enterprise resource planning system, ensuring alignment with product designs, cost structures, and production requirements.
Identify and drive productivity improvement projects using Statistical Process Control, lean methodologies, and variability-reduction techniques to achieve measurable gains in throughput and efficiency.
Identify equipment needs for process improvements and provide capital-investment recommendations to the Engineering Lead and Program Manager.
Ensure capital projects integrate with manufacturing procedures and productivity goals, with a focus on safety and compliance.
Desired Qualifications
Experience in defense or aerospace manufacturing involving pyrotechnics or hazardous materials.
Job Description: Industrial Engineer Position Title: Industrial Engineer Department: Engineering / Integrated Product Team (IPT) Reports To: Engineering Lead Location: Camden, AR Employment Type: Full-Time
Position Overview The Industrial Engineer plays a pivotal role in the Integrated Product Team (IPT) for our countermeasures manufacturing line, focusing on process optimization, manufacturing procedures, productivity improvements, and capacity planning to ensure safe, efficient, and compliant production of high-reliability products. This position reports to the Engineering Lead and collaborates closely with the Mechanical Engineer, Controls/Automation Engineer, Engineering Technician, Quality Engineers, Planner, and Program Manager. The Industrial Engineer will lead the development of manufacturing procedures and productivity projects, leveraging lean principles, Statistical Process Control (SPC), and variability reduction techniques to minimize risks associated with hazardous materials while enhancing throughput, capacity, and cost efficiency. This is a hands-on role in a small team environment (8-12 members), requiring strong analytical skills, safety awareness, and the ability to maintain key performance indicators (KPIs) like throughput, utilization, and cycle times. Key Responsibilities
Process Optimization and Analysis:
Analyze manufacturing processes, identifying opportunities to reduce variability, waste, and cycle times using lean principles, SPC, and other relevant tools.
Develop and maintain machine/process capability matrix to assess equipment and process performance.
Develop and maintain machine/process capacity matrix to evaluate production capabilities and identify bottlenecks.
Develop and maintain measurements of throughput, utilization of resources, line balancing, cycle times, and similar industrial engineering KPIs to track efficiency and inform improvements.
Collaborate with the team to conduct process-related risk assessments and support failure analysis, FMEA, RCCA, and PFMEA.
Manufacturing Procedures Development:
Lead the creation of standardized manufacturing procedures, including work instructions, process flows, and operational guidelines. Review and update procedures based on personnel feedback and program goals.
Provide process data to the Planner for production scheduling and to Quality Engineers for defect prevention.
Master Data Management: Develop, validate, and input master Bill of Materials (BOM) and master routers into the ERP system, ensuring alignment with product designs, cost structures, and production requirements.
Productivity Projects Leadership:
Identify and drive productivity improvement projects using SPC, lean methodologies, and variability reduction to achieve measurable gains by enhancing throughput and efficiency.
Capital Project Support:
Identify equipment needs to support process improvements, providing recommendations to the Engineering Lead and Program Manager for capital investments.
Ensure capital projects integrate with manufacturing procedures and productivity goals, focusing on safety and compliance.
Qualifications and Requirements
Education: Bachelor's degree in Industrial Engineering, Manufacturing Engineering, or a related field.
Experience: 1-2 years in industrial engineering or manufacturing process optimization.
Preferred Experience: Defense/aerospace manufacturing with pyrotechnics or hazardous materials.
Technical Skills:
Proficiency in lean manufacturing, SPC, FMEA, and tools like Minitab or SigmaXL for data analysis and KPI tracking.
Familiarity with productivity methodologies and matrix development (capability, capacity, KPIs).
Soft Skills: Excellent communication for cross-functional collaboration; safety-focused mindset; ability to work in a small team environment with hands-on shop floor involvement.
Other Requirements: U.S. citizenship required for ITAR/DFARs compliance; ability to obtain security clearance; willingness to work in environments with hazardous materials (with proper training/PPE).