Jobs at Curtiss-Wright Corporation

Leads complex electromechanical design projects from concept through prototype and deployment. Responsibilities include CAD modeling, actuation-system design, calculations, simulation, tolerance analysis, DFMEA, material and vendor evaluation, environmental and reliability testing, field-failure analysis, APQP documentation, and coordination with distributed engineering teams. The role also drives value-engineering initiatives, supports fabrication, resolves technical issues, and mentors engineering personnel.

Design, develop, document, and test embedded software for safety-critical highway and automotive applications. Responsibilities include creating software and system test plans, testing embedded code, documenting work according to APQP standards, developing new products, collaborating with hardware and software engineers, supporting quotes, and interfacing with customers. The role requires strong C and C++ skills, embedded development experience, debugging, emulation, CAN, UDS, bootloader, and automotive cybersecurity knowledge.

Supports mechanical product design and CAD workflow development, including concept design, engineering calculations, simulations, tolerance stack-ups, tooling reviews, prototype builds, product trials, testing, and validation. Collaborates with distributed engineering teams, customers, suppliers, and laboratories to deliver subsystem and product designs within project, architectural, and hardware constraints.

Plans and maintains project schedules covering production, design, purchasing, manufacturing, and customer commitments. Analyzes risks, conflicts, critical paths, costs, budgets, revenue forecasts, and earned value performance. Supports project setup, customer presentations, action-item tracking, project-plan updates, and cross-functional follow-up. Requires proficiency with Microsoft Project or Primavera, strong analytical and communication skills, project management knowledge, and familiarity with plastic molding and stamping processes.