Lead a mixed team of Technicians and Engineers | Be the subject matter expert for all Machining process at GDOTS Lincoln Operations | Manage blanket Purchase Orders for all support tools and equipment | Specify CNC equipment needs, machine configurations, and spare parts list/inventory | Engage with Operations to solicit feedback | Own and regularly update Process Map, FMEA, and Control Plans for all core Machining Operations | Lead/Support root cause analysis when machining methods are not in a state of control | Work with program teams to develop detailed machining processes, instructions and tooling needed for development and production parts | Aid in troubleshooting CNC machine issues and coordinate with repair contractors
Performs engineering work in operations, production, construction or maintenance environments | Responsibilities are within the Engineering Function as a generalist or in a combination of Disciplines
Plans, designs, and implements manufacturing processes and instruction to facilitate the fabrication of production and/or development products. Resolves technical problems and recommends production improvements for increased efficiency, reduced unit costs, and improved production flow. Analyzes processes and products to ensure they meet customer specifications and requirements.
The Senior Manufacturing Engineering Technician is highly skilled in providing hands-on technical support to engineers in the design and optimization of manufacturing processes. This role assists with developing production floor layouts and conducting process trials to ensure efficient and reliable operations. The technician documents test procedures and results with accuracy, supports the implementation of new processes, and resolves routine technical issues. They play a key role in bridging engineering and production by applying strong practical expertise to improve safety, quality, and performance across the facility.
The Senior Manufacturing Engineering Technician is highly skilled in providing hands-on technical support to engineers in the design and optimization of manufacturing processes. This role assists with developing production floor layouts and conducting process trials to ensure efficient and reliable operations. The technician documents test procedures and results with accuracy, supports the implementation of new processes, and resolves routine technical issues. They play a key role in bridging engineering and production by applying strong practical expertise to improve safety, quality, and performance across the facility.
Develops and modifies process formulations, methods and controls to meet quality standards | Recommends and implements improvements, modifications or additions to document work | Reviews product development requirements for compatibility with processing methods to determine costs and schedules | Integrates equipment and material capabilities to meet process module target specifications and technology target specifications. Intimate/hands-on knowledge of Multi-Axis Wind Machines | Working knowledge of FMEA’s and Control Plans | Experience leading and participating in problem solving (PDCA/A3/RCA) | Knowledge of CWS and Wind Machine Programming
Develops and modifies process formulations, methods and controls to meet quality standards | Recommends and implements improvements, modifications or additions to document work | Reviews product development requirements for compatibility with processing methods to determine costs and schedules | Integrates equipment and material capabilities to meet process module target specifications and technology target specifications. Intimate/hands-on knowledge of Multi-Axis Wind Machines | Working knowledge of FMEA’s and Control Plans | Experience leading and participating in problem solving (PDCA/A3/RCA) | Knowledge of CWS and Wind Machine Programming
Plans and prepares manufacturing production schedules and departmental workflows to establish sequence and lead time of each production operation to meet shipping dates according to sales forecasts or customer orders | Expedites operations that delay schedules and alters schedules to meet unforeseen conditions; includes estimating | Analyzes plant capacity and production requisition data to determine manufacturing processes and required resources; prepares production reports
Plans, monitors and manages internal programs from initiation through completion | Leads or coordinates programs, resourcing, staffing, progress reporting, troubleshooting and indirect people management | Monitors performance and recommends schedule changes, cost adjustments or resource additions | Responsibilities are within the Project Management Function as a generalist or in a combination of Disciplines
We are currently seeking a Ballistician to join our growing Solid Rocket Motor Engineering Team. The ideal candidate will be responsible for generating rocket motor concepts from high level thrust/burn time requirements and refining into detailed grain and nozzle designs. The job requires collaboration to define propellant grain geometries and optimize burn rates, thrust curves, and pressure profiles. The candidate will work with design engineers to communicate operating pressures, analysts to communicate temperature and load profiles, chemists to communicate ballistic requirements, and manufacturing engineers to ensure grain geometry can be produced. ** This is a full-time position with a 9/80 schedule. This position can be remote or at our Huntsville, AL or Hampton, AR facility.
The Principal Materials Engineer designs, develops and modifies processes and methods for the manufacture, molding and utilization of metallic, plastic, composite and other materials in construction and production of hardware, electronic components and structures. Determines design approaches and parameters. Analyzes materials and material components to establish operating data, conducts experimental tests and evaluates results. Selects materials for inclusion in products based on analysis of specifications and reliability. Completes documentation and procedures for processing, testing and use of materials.
Assembles mechanical units, fabricated parts/components and/or electrical/electronic systems to make subassemblies, assemblies or complete units using hand tools, power tools, jigs, fixtures and miscellaneous equipment | Fits, aligns, calibrates and adjusts parts and mechanisms to meet tolerances and product operating requirements; repairs units or products that have failed to meet requirements
Assembles mechanical units, fabricated parts/components and/or electrical/electronic systems to make subassemblies, assemblies or complete units using hand tools, power tools, jigs, fixtures and miscellaneous equipment | Fits, aligns, calibrates and adjusts parts and mechanisms to meet tolerances and product operating requirements; repairs units or products that have failed to meet requirements
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
The Manufacturing Engineer is responsible for developing, optimizing, and sustaining manufacturing processes to ensure safe, efficient, high quality production. The individual in this role applies expertise in manufacturing methods and related technical disciplines to solve complex problems and drive continuous improvement. Working independently, this individual plans, designs, and enhances processes by leveraging knowledge of product design, materials, tooling, equipment, assembly practices, and quality standards. They analyze workforce use, space needs, and process flow to create optimized layouts that improve throughput and reduce waste. The role also defines required equipment, tools, and processes and may lead project steps while supporting less experienced colleagues.
Seeking a Senior Systems Engineer to lead integration, qualification, manufacturing, production transition, and fielding of APS technologies, including munitions, sensors, turrets, controls, and real‑time software. The role involves coordination with foreign suppliers, vehicle primes, and US military customers, and collaboration across engineering, quality, manufacturing, and program management. Responsibilities include system and subsystem architecture development, requirements and interface definition, verification planning, and support for vehicle integration, qualification testing, troubleshooting, reliability and safety analyses, logistics, training, and customer documentation. Domestic and international travel is required.
Participates in the development and fulfillment of contract requirements in the purchase or sale/delivery of equipment, materials, products or services. Evaluates contract compliance and advises others on contractual rights and obligations. Requests or approves amendments to contract terms or contract extensions. Prepares bids or requests for proposals (RFPs), including specifications and requirements; negotiates contract terms and participates in the determination of acceptable bids
We are seeking a Principal Systems Engineer to lead integration, qualification, manufacturing, transition to production, and fielding of Active Protection System technologies, including countermeasure munitions, radars, optics, turrets, turret controls, and real-time software. You will work with foreign suppliers, vehicle prime contractors, and US military customers while collaborating with engineering, quality, manufacturing, and program teams. Duties include system architecture, requirements, verification, vehicle integration, testing, troubleshooting, safety, logistics, training, and documentation.This role requires regular domestic travel and periodic international travel to supplier sites and military facilities.