Top Project Engineer Jobs

Support Body In White (BIW) and Closures engineering across concept, production design, release, and manufacturing. Create and maintain APQP documentation (DVP&R, DFMEA), define sourcing docs, maintain CTDS, support CAE/FEA, testing, manufacturing, quality, and supplier launch activities. Provide detailed mechanical engineering work, progress reporting, benchmarking, and cross-functional collaboration with AME, design studio, and global teams.

Leads the design, development, testing, and in-service support of turboshaft engine engineering projects. Owns assigned engineering scope, coordinates cross-functional teams, manages schedule, budget, quality, risks, and resource constraints, and communicates status to customers and leadership. Leads trade studies and root-cause corrective action activities, promotes cost and variation reduction, and mentors early-career engineers.

Lead and manage the Signature Integrity software project team: define plans, track performance vs baseline, handle configuration/change control, identify risks and mitigation, coordinate resources and customer approvals, integrate software with IT systems, and provide technical and integration leadership to deliver project objectives onsite.

Leads complex propulsion-engineering projects from design and development through testing and in-service support. Serves as the engineering leader for assigned scope, coordinating cross-functional teams, managing schedules, budgets, risks, resource constraints, and technical requirements. Leads trade studies and root-cause corrective-action activities, engages technical experts, drives cost and variation reduction, and communicates project status to internal and external customers.

Lead aerospace engineering development projects across planning, testing, qualification, production support, and sustainment. Coordinate multidisciplinary teams, manage schedules, budgets, requirements, risks, configuration changes, and technical deliverables. Serve as the engineering focal point for military aviation, propulsion, auxiliary power, and aircraft systems programs. Interface with government and aerospace customers, support technical reviews and issue resolution, ensure regulatory and contractual compliance, and drive execution across engineering, manufacturing, quality, and supply chain stakeholders.

Supports aerospace production engineering for wheels and brakes, including design change notifications, technical assessments, supplier and factory support, qualification analysis, customer approval packages, risk mitigation, and cross-functional coordination. Manages project budgets, schedules, milestones, performance metrics, and engineering improvements while ensuring product integrity and compliance.

The Project Engineer manages consumer technology projects, coordinating specifications, client communications, and oversight of lab activities, while ensuring compliance and technical assistance.

Lead project scoping and planning, develop test programs and special methods, manage laboratory activities and staff, liaise with clients on technical issues and compliance, prepare reports and follow-up procedures, and resolve complex engineering and scope variation issues to ensure products meet UL requirements.

Manage fire alarm control panel projects from scope through testing, inspection, and certification. Coordinate lab and field activities, communicate UL requirements with clients, develop test programs and methods, resolve engineering issues, and provide technical guidance and project documentation.

Develop and optimize plantwide robotic and automation applications across body, paint, and general assembly operations. Responsibilities include troubleshooting robotic systems, leading installations and upgrades, developing recovery and maintenance procedures, directing vendors, designing robotic solutions, supporting launches, and improving throughput. The role requires collaboration with production, maintenance, engineering, skilled trades, and vehicle systems teams in an onsite manufacturing environment.

Leads large aerospace software engineering projects for communication, navigation, and surveillance systems. Defines scope, deliverables, schedules, budgets, resource plans, and risk controls; monitors progress using EVM metrics; manages baseline changes; and coordinates stakeholders, customers, program managers, and certification agencies. Provides technical leadership and mentorship to engineering teams while driving continuous improvement. The role is based in Deer Valley, Arizona, with a hybrid schedule and domestic and international travel.

Leads medium-sized cross-functional engineering projects from design through implementation, balancing technical, cost, schedule, and quality requirements. Performs trade studies, technical evaluations, estimates, and supplier management; supports risk, cost, and schedule management. Coordinates engineering and program teams, communicates with customers and stakeholders, mentors junior engineers, reports project metrics to leadership, and drives innovation and continuous improvement.

Lead systems and test engineering for the G570 APU program, including requirements management, system integration, engine development, and qualification testing. Maintain the integrated master schedule, track milestones, manage budget and schedule updates, monitor progress, and implement corrective actions. Collaborate with project leadership, customers, and cross-functional teams to define deliverables and communicate program status while ensuring technical and performance requirements are achieved.

Leads architecture definition and new product lifecycle development for aerospace propulsion and power systems. Manages systems engineering cost, schedule, resources, risks, and EVM performance as a Cost Account Manager. Develops requirements, governs MBSE deployment, leads trade studies and lifecycle design reviews, and oversees safety analyses and system interfaces. Ensures complex technical solutions meet flight safety, performance, schedule, and budget targets.

Lead cross-functional projects for aircraft integration, certification, and performance. Drive technical investigations, risk/opportunity management, stakeholder communication, and delivery of complex engineering solutions to support CERP program objectives.

Leads aerospace engineering projects supporting military APU development and in-service USAF aircraft platforms. Plans technical work, manages requirements, scope, budgets exceeding $500,000, schedules, EVMS activities, design-to-cost goals, manufacturability, testing, reliability, and government compliance. Communicates project status to leadership and customers, manages OEM relationships, and collaborates with repair and overhaul engineers to resolve field issues.

Leads cross-functional engineering teams through the full lifecycle of spacecraft and payload structures, mechanisms, antennas, or mechanical ground support equipment. Manages cost estimates, schedules, technical requirements, risks, opportunities, and project milestones through hardware delivery. Requires system-level thinking, leadership, communication, and coordination across organizational teams. Preferred experience includes EVMS, subsystem breadth, prototype-to-production ramps, and subcontract management.

Leads cross-functional mechanical engineering teams through spacecraft and defense subsystem projects from concept to hardware delivery. Responsibilities include managing cost estimates, schedules, technical requirements, risks, opportunities, and team accountability. The role requires system-level thinking, strong communication, leadership, and coordination across organizational units. Preferred experience includes EVMS, multiple subsystem types, prototype-to-production ramps, and subcontract management. Work is fully on-site and may involve production, laboratory, cleanroom, and outdoor environments.

Leads cross-functional mechanical engineering teams through spacecraft and defense subsystem projects from concept to hardware delivery. Manages cost estimates, schedules, technical requirements, risks, opportunities, and team accountability across the project lifecycle. Required qualifications include an engineering degree, six or more years of related experience, demonstrated leadership, strong systems thinking, and excellent communication. The role is fully on-site and requires an active Top Secret/SCI clearance with the ability to obtain a polygraph clearance.

Leads medium-complexity aerospace and electronics engineering projects, managing technical execution, costs, schedules, milestones, requirements, risks, customer interfaces, and cross-functional teams. Supports design reviews, testing, production readiness, documentation, requirements traceability, and acceptance procedures. Acts as a technical consultant, project champion, and mentor while driving process improvement and independently managing deliverables. Requires occasional travel of up to 10%.

Manage the lifecycle, cost, schedule, risks, maintenance, upgrades, certification, calibration, and mission readiness of Electrical Ground Support Equipment used to test space flight hardware. Coordinate with engineering, production, AI&T, security, Information Assurance, Supply Chain, and maintenance teams. Support procurement, technical decisions, equipment inspections, software and hardware updates, and secure movement of equipment from sensitive areas. The role is fully onsite and requires active Top Secret clearance with eligibility for Top Secret/SCI.

Leads F/A-18 engineering change proposals from proposal development through contract closeout. Serves as the technical customer and leadership contact, coordinating engineering teams, suppliers, and service organizations. Manages cost, schedule, performance metrics, deliverables, resources, risks, customer relationships, and project plans while integrating technical and business requirements. This is a 100% onsite role in Berkeley, Missouri, supporting Boeing Defense, Space & Security.

Leads technical execution for U.S. Navy training systems, including requirements definition, proposal development, project planning, SOW development, risk mitigation, product release management, systems integration, and technical team leadership. Coordinates with Navy program offices, instructors, engineering teams, suppliers, and program stakeholders to deliver training devices that meet capability, cost, schedule, and technical objectives.

Lead cross-functional teams to deliver spacecraft mechanical subsystems from concept through hardware delivery. Manage cost, schedule, technical performance, risks, and stakeholder relationships. Drive system-level decisions, schedules, and cost estimates while ensuring technical requirements are met. On-site role with possible work in labs, cleanrooms, or production environments.

Lead cross-functional teams to deliver spacecraft mechanical subsystems from concept through hardware delivery. Manage cost, schedule, technical requirements, risks, and team performance; develop and update cost estimates and schedules; drive technical collaboration and decision-making; maintain stakeholder relationships and on-site presence; perform related duties to meet program milestones.