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
Performs supply chain and logistics functions such as material procurement, production planning, inventory control, outsourcing, vendor selection and distribution | Creates integrated processes among internal functions (e.g., operations, purchasing and logistics) and outside suppliers | Responsibilities are within the Supply Chain and Logistics Function as a generalist or in a combination of Disciplines
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.
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
This role is on-site in Mesquite, Texas. 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.
THIS IS AN ON-SITE POSITION IN MESQUITE, TX.Coordinates incoming and outgoing movement and storage of raw materials, finished products and parts that include functions such as warehousing, shop and delivery services to ensure material availability and delivery when needed to meet production schedules | Compiles data on order volume, production schedules and forecasts and applies statistical methods to estimate future materials requirements
The Tester Apprentice primary role is to perform acceptance testing of industry leading weapon system technology. This includes assembly and inspections of weapon systems and handling ammunition. Additional responsibilities include equipment operation and general maintenance of vehicles, buildings and grounds.
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 problemsShift Schedule: 4/10-hour shifts Monday - Thursday with 10% Shift Premium
Negotiates favorable terms, volume discounts and long-term contracts with suppliers and prepares and processes requisitions and purchase orders for the procurement of goods, services and supplies for customer-related business processes or for internal use as a generalist or in a combination of Purchasing Disciplines
This role will support the maintenance department by working alongside Maintenance Technicians to in an advanced manufacturing setting. This role provides hands‑on exposure to maintenance practices, automation systems, and technical troubleshooting. The intern will assist with routine equipment inspections, basic repairs, documentation, and improvement projects while learning core skills in industrial automation, mechanical systems, and production equipment maintenance. This position offers practical training and mentorship designed to build foundational knowledge for a future technical career in advanced manufacturing.
Designs, develops, tests, debugs and implements software that runs computers and technologies like smart devices, networking equipment, or machinery | Determines systems software design requirements | Ensures that system improvements are successfully implemented and monitored to increase efficiency | Generates systems software engineering policies, standards and procedures | May participate in all aspects of software development, from detailed programming to high-level system design.*We are on a 9/80 schedule (9 hour days Monday - Thursday, alternating Fridays off, opposite Fridays 8 hour days)
Performs economic research and studies of rates of return, depreciation and investments | Analyzes profit-and-loss income statements and prepares reports and recommendations to management | Generates forecasts and analyzes trends in sales, finance and other areas of business | Researches economic progressions to assist the organization's financial planning | Creates financial models of "what if" scenarios for future business planning decisions in areas such as new product development, new marketing strategies, etc.
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