Jobs at Curtiss-Wright Corporation

Coordinate daily movement of hardware through manufacturing, inspection, test, and shipping to meet delivery schedules. Release manufacturing documents, manage inventory, issue materials to jobs, generate cycle counts, prepare requisitions, and assist with shipping/receiving and crating. Ensure timely material delivery and work independently.

Administer and maintain Windows servers and Active Directory (accounts, GPOs, DNS, DHCP). Implement secure authentication (Kerberos, 2FA, certificates), deploy secure network architectures, support Engineering department IT needs and upgrades, and manage project budgets and security accreditation for DoD programs.

Lead systems engineering across the full product lifecycle for rugged deployed systems. Drive integration, verification, test automation, and manufacturing technical data package releases. Debug hardware/firmware/OS issues, ensure environmental and safety compliance, support and enhance products, improve processes, and produce clear user and design documentation.

Develop, implement and optimize manufacturing and test processes for complex electronic assemblies. Interface with NPI, design, sustaining engineering and operations to release products, analyze process data, recommend tooling/equipment, draft ECOs, support audits/KPIs, train operators, and resolve production issues to meet quality and delivery targets.

Lead the Navy Nuclear Propulsion program with P&L accountability. Oversee cross-functional teams, budgets, schedules, proposals, negotiations, financial reporting, risk/EVM, supplier/customer coordination, audits, and periodic site travel to ensure contract performance and growth.

Support the quality team for design and manufacture of EMD products by implementing QA programs, developing QA data packages, participating in audits/inspections, translating customer and regulatory requirements into manufacturing instructions, providing technical support, analyzing production data, performing root-cause analysis and corrective actions, and managing supplier/customer quality issues and correspondence.

Lead manufacturing technician responsible for set-up, calibration, rework, quality testing, data-driven process adjustments, developing assembly documentation and routings, tooling/process recommendations, and coordinating new product releases with engineering and cross-functional teams.

Lead systems engineer responsible for electromechanical and hydromechanical actuation system design for aerospace/defense. Manage requirements (IBM DOORS), develop subsystem architectures, create Matlab/Simulink/Simscape simulation models, generate specifications and proposal/design review documentation, and support programs through certification (DO-178/DO-254) and qualification phases.

Manage an electrical engineering function including staff leadership, resource and budget oversight, system requirements development, and execution of design, construction, installation, and support for safety-critical electro-mechanical systems. Drive process improvements, technical decision-making, customer communication, and corrective action initiatives.

Design and analyze moderately complex mechanical systems and products for high‑pressure steam applications. Lead feasibility studies, develop test protocols, oversee lab testing and prototype fabrication, verify and validate prototypes, produce technical documentation, support IP filings, ensure ASME/NBIC compliance, and coordinate design reviews and project activities.

Assist in design, integration, and improvement of manufacturing systems. Perform methods analyses, evaluate engineering changes, support product release reviews, collect and analyze data for problem resolution, maintain standard procedures, and liaise with design, quality, procurement, and production teams to increase productivity and reduce costs.

Lead mechanical design and analysis of complex electro-mechanical systems, run experiments and tests, produce reports, design new equipment, lead small technical teams, mentor junior engineers, and support failure investigations and design reviews.

Manage facility operations for Liquid Coatings and Shot Peening, owning P&L, EHS, certifications (NADCAP/ISO/AS9100), continuous improvement, capital justification, financial reporting, and cross-functional coordination to drive safety, quality, and profitable growth.

Design, analyze, and develop electro-mechanical components and systems. Create drawings and specifications, support manufacturing and testing, run experiments and FEA/CAE analyses, produce reports, and provide maintenance and technical support for rotating equipment and new machinery. Coordinate projects, present design reviews, and ensure compliance with safety and DoD security requirements.

Lead mixed-signal PWB hardware design (analog, digital, power) and FPGA/microcontroller logic. Define hardware architecture, improve designs, support test/validation, production, and sustainment. Collaborate cross-functionally, mentor junior engineers, ensure regulatory/EMC compliance, and deliver complete technical documentation for ruggedized, high-speed systems.

Lead and oversee large, multi-functional programs and multiple concurrent projects to meet contract, budget, schedule, and quality goals. Manage risks, change control, resource allocation, process standards, and program-level reporting. Conduct market and trend analysis to inform program direction and drive innovation.

Support AI integration into product software, collaborate with engineering teams and customers on system integration and technical issue resolution, provide program technical support, and participate in technical reviews and meetings.

Manage month-end close processes, prepare and approve journal entries and balance sheet reconciliations, ensure GAAP and policy compliance, investigate reconciling items, maintain accounting records and process documentation, and identify continuous improvement opportunities.

Lead reliability and safety engineering for electromechanical and hydromechanical aircraft actuation systems. Develop safety/reliability plans, perform FTA/FMEA/FMECA and MTBF analyses, interpret requirements (ARP4754/ARP4761), generate deliverables, and support design teams to ensure system availability, maintainability, and certification.

Lead hardware engineering for defense electronics: supervise design, testing, CAD/FEA analysis, packaging, and manufacturing transitions. Manage staff, perform failure analysis, ensure documentation and compliance with military ruggedization standards, and coordinate cross-functional development from concept to production.