We are seeking experienced Computer Numerical Controlled (CNC) machinists and machine operators for our 1st and 2nd shift operations.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
Leads an Integrated Project Team (IPT) to design, develop, manufacture, and deliver complex servo actuator systems on gun-hardened and space qualified programs. Works with engineering management to plan, staff, and execute projects of all sizes. Serves as engineering interface to program management, senior leadership, and the customer community. Ensures project results meet requirements regarding technical quality, reliability, schedule, and cost.
We are seeking Technician II candidates to support our field service engineering team with Active Protection System (APS). The selected candidates will provide hands-on technical expertise, supporting the installation, testing, troubleshooting, and maintenance of APS kits on various military vehicles and platforms. Individuals in this role will interact with U.S. military personnel, foreign supplier partners, vehicle prime contractors, and other stakeholders while operating at customer sites. Travel may include OCONUS trips. Ability to obtain a Security Clearance is required.
Designs, implements and monitors a variety of human resource programs | Anticipates and plans for long-term human resource needs and trends in partnership with business management | Responsibilities are within the Human Resources Function as a generalist or in a combination of Disciplines
Provides technical support to the quality and quality engineering (QE) functions | Conducts quality control (QC) inspections on products, materials, components, parts, etc., at various stages of the production process to ensure compliance with established quality and reliability standards | Captures and analyzes statistical data from processes to either confirm compliance with established standards or identify deviations from standards | Recommends new or enhanced methods, procedures and standards
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.
Directs and coordinates the engineering activities of multiple related teams in support of business unit research and development programs | Ensures that quality levels, industry and business standards are maintained or improved in the development process through transition to production | Coordinates with program managers and business leadership to allocate resources in accordance with organizational priorities | Develops departmental plans, including budget, internal research and development, capital expenditure and training proposals | Develops subordinates for career progression towards advanced technical, leadership, and customer facing roles.
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
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
The Principal Supplier Quality Engineer (SQE) is responsible for ensuring the quality and reliability of components sourced from suppliers specializing in metal casting and mold manufacturing. This role provides technical leadership for supplier qualification, process validation, quality improvement, and ongoing risk management across our supply base. The ideal candidate has hands-on experience with cast metals, mold tooling, foundry processes, and metallurgy.Fully Remote: work based in Southern CA — the team is based in Saco, ME but this role operates remotely.
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
Installs, modifies, moves, troubleshoots, repairs and dismantles machinery and equipment according to requisition documentation, layout plans, blueprints or other drawings | Prepares installation site by constructing foundations and aligns and fastens machinery to the foundation using hoists, dollies, rollers, trucks, tools, squares, rules and micrometers | Performs operational tests on newly installed, modified, repaired and moved machinery and equipment to ensure that it meets technical specifications | Fabricates metal parts for prototype equipment based on drawings | Programs PLCs (programmable logic controllers) Experience with Lathe and Mill machines
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
Performs preventive maintenance and repairs on equipment and systems (e.g., mechanical, electrical) | Evaluates and recommends equipment improvements to improve availability, capability and yield | Performs equipment failure analyses (including preventive and unscheduled maintenance) | Troubleshoots and diagnoses equipment problems | Prepares technical reports to document equipment modifications and equipment maintenance procedures
Performs preventive maintenance and repairs on equipment and systems (e.g., mechanical, electrical) | Evaluates and recommends equipment improvements to improve availability, capability and yield | Performs equipment failure analyses (including preventive and unscheduled maintenance) | Troubleshoots and diagnoses equipment problems | Prepares technical reports to document equipment modifications and equipment maintenance procedures
The Aegis Combat System is an advanced, integrated command, control, weapons, and radar suite deployed globally to counter airborne and surface threats. This position represents GD OTS technical support at PTC, shipyards, and AEGIS Ashore sites, performing integration, installation, testing, troubleshooting, repair, and operation of FCS components including the MK 82 and MK 200. Based in Saco, ME, it requires frequent domestic and occasional international travel.