Provides strategic technical oversight and leadership for complex DoD ammunition production programs. This role ensures end‑to‑end technical excellence across business capture, production support, ballistic test validation, continuous improvement initiatives, and design and development activities. The Sr. Manager is accountable for delivering compliant, on‑schedule products while resolving technical challenges to maintain safety, quality, and all contractual requirements. In addition, this position delivers advanced technical support for high‑visibility program efforts by developing, applying, and guiding the use of sophisticated engineering theories, methodologies, and research techniques.
Develops and implements methods and procedures for process control, process improvement, testing and inspection to ensure that the products are free of flaws and function as designed | Designs and installs sophisticated testing equipment and performs product testing and analysis to maintain quality levels and minimize defects and failure rates | Analyzes reports and defective products to determine trends and recommend corrective actions | Collaborates with supplier representatives on quality problems, ensures that effective corrective actions are implemented and contributes to supplier quality improvement programs
Designs, develops and implements nondestructive testing (NDT) to evaluate the properties and conformance of a material, component or system without causing damage. Records, analyzes and reports test results. Writes testing plans and maintains test documentation in accordance with applicable regulations and requirements.
Designs, develops and implements nondestructive testing (NDT) to evaluate the properties and conformance of a material, component or system without causing damage. Records, analyzes and reports test results. Writes testing plans and maintains test documentation in accordance with applicable regulations and requirements.
Develops and implements methods and procedures for process control, process improvement, testing and inspection to ensure that the products are free of flaws and function as designed | Designs and installs sophisticated testing equipment and performs product testing and analysis to maintain quality levels and minimize defects and failure rates | Analyzes reports and defective products to determine trends and recommend corrective actions | Collaborates with supplier representatives on quality problems, ensures that effective corrective actions are implemented and contributes to supplier quality improvement programs
Sets up and operates automatic or semi-automatic machines and related equipment in a continuous production/processing operation | Monitors meters, gauges, valves, flow ratios, temperatures, pressures, and related controls and guidelines to ensure adherence to production/process specifications | Reports any malfunctions or abnormalities and makes minor adjustments and repairs to equipment | Performs all work in accordance with established safety procedures
Designs, develops, implements and oversees the organization's environmental, health and safety programs and procedures to safeguard employees and surrounding communities and to ensure that all facilities are in compliance with regulations | Responsibilities are within the Environmental Health and Safety Function as a generalist or in a combination of Disciplines
Provides technical support to the organization's internal users of computer applications and hardware (e.g., PCs, servers, mainframes) | Answers questions regarding system procedures, online transactions, systems status and downtime procedures and is typically located within a call center | Collaborates with network services, software systems engineering and/or application development in order to restore service and/or identify problems | Maintains a troubleshooting tracking log ensuring timely resolution of problems
Initiates the design, development, execution and implementation of technology research projects. Investigates the feasibility of applying scientific principles and concepts to potential inventions and products. Plans and executes applied research.
Follows policies, procedures, and methods to evaluate and improve the quality of products, materials, components and/or operations | Follows and/ or develops, assures and maintains the quality of products and processes through standard procedures & systems (e.g., ISO 9001:2000, ISO 14000 & AS9100 standards), quality audits/ review process, etc. Responsibilities are within the Quality Assurance Methods Function as a generalist or in a combination of Disciplines
Develops and implements methods and procedures for process control, process improvement, testing and inspection to ensure that the products are free of flaws and function as designed | Designs and installs sophisticated testing equipment and performs product testing and analysis to maintain quality levels and minimize defects and failure rates | Analyzes reports and defective products to determine trends and recommend corrective actions | Collaborates with supplier representatives on quality problems, ensures that effective corrective actions are implemented and contributes to supplier quality improvement programs
Metal Part Machining focuses on operating computer or mechanically controlled machines to produce and repair metal parts for manufacturing. Analyzes engineering specifications or blueprints to define the dimensions and features of the metal part to be produced. Determines the optimal tool path for fabricating the part by selecting appropriate machine tools (e.g., lathes, drill presses, milling machines, grinders, boring machines, etc.) and specifying the sequence of tool operations. Manually sets up/adjusts machine tools. Recommends revisions in design and/or substitutions in material based on machinability or fabrication problems
Metal Part Machining focuses on operating computer or mechanically controlled machines to produce and repair metal parts for manufacturing. Analyzes engineering specifications or blueprints to define the dimensions and features of the metal part to be produced. Determines the optimal tool path for fabricating the part by selecting appropriate machine tools (e.g., lathes, drill presses, milling machines, grinders, boring machines, etc.) and specifying the sequence of tool operations. Manually sets up/adjusts machine tools. Recommends revisions in design and/or substitutions in material based on machinability or fabrication problems
Metal Part Machining focuses on operating computer or mechanically controlled machines to produce and repair metal parts for manufacturing. Analyzes engineering specifications or blueprints to define the dimensions and features of the metal part to be produced. Determines the optimal tool path for fabricating the part by selecting appropriate machine tools (e.g., lathes, drill presses, milling machines, grinders, boring machines, etc.) and specifying the sequence of tool operations. Manually sets up/adjusts machine tools. Recommends revisions in design and/or substitutions in material based on machinability or fabrication problems