Top Mechanical Engineering Jobs

Leads mechanical subsystem integration for a next-generation MILSATCOM system. Defines interfaces, supports requirements allocation, drives anomaly resolution, conducts mechanical trade studies, reviews technical documentation, and supports hardware integration, test planning, execution, and build-flow improvements. The role requires spacecraft systems integration expertise, mechanical analysis, technical leadership, systems engineering knowledge, and eligibility for a DOD Secret clearance.

Performs preliminary and detailed stress analysis of missile flight structures, mechanisms, electronic components, and ground support equipment. Models dynamic behavior, supports structural load testing, develops technical charts, evaluates materials and structural margins, and collaborates with multidisciplinary design teams. Uses finite element, rigid-body, and flexible-body analysis methods to support mechanical and structural design decisions.

Provides spacecraft stress analysis and structural test support for Orion flight hardware. Performs stress, fracture, fatigue, crack growth, and finite element analyses; supports qualification and acceptance testing; evaluates discrepancies; coordinates verification, loads, dynamics, and systems engineering activities; and develops hardware problem resolutions. Leads and mentors junior engineers, supports engineering releases, and reports program metrics while working with composite and metallic structures in a manufacturing and integration environment.

Designs and improves manufacturing processes for the Pod program, supporting reliable, efficient, and cost-effective production. Provides engineering support to the production floor, interprets engineering drawings, develops tooling statements of work, creates work instructions, and works independently. Desired expertise includes production line setup, GD&T, CAD software, hydraulic and pneumatic systems, tool design and fabrication, and engineering materials.

Designs and reviews electronic and mechanical cable and harness drawings for accuracy, compliance, manufacturability, and consistency with bills of materials. Reviews ECAD and MCAD designs, verifies standards and tolerances, identifies discrepancies, documents findings, supports issue resolution, maintains design-checking records, and reports quality metrics. Collaborates with engineering and quality teams on design reviews, root-cause analyses, and process improvements. The role is fully onsite in King of Prussia, Pennsylvania, and requires eventual DoD Secret clearance.

Designs and releases mechanical layouts, drawings, assemblies, BOMs, and interface documentation for missile subsystems. Uses CREO and Windchill to manage design data, coordinates with cross-functional teams and suppliers, supports design reviews and change boards, performs trade studies and tolerance analysis, and contributes to root-cause investigations and corrective actions. The role is based in Grand Prairie, Texas, and requires U.S. citizenship with Secret clearance eligibility.

Designs and develops electromechanical systems, circuit card assemblies, wiring harnesses, enclosures, and subassemblies for aerospace and defense programs. Creates 3D models, mechanical layouts, drawings, routing packages, and bills of material using CAD and Zuken. Performs verification testing, documents results in Windchill, supports design releases and production, and manages configuration changes and MRB actions while collaborating with cross-functional engineering and quality teams.

Supports mechanical subsystem integration for a next-generation MILSATCOM system. Responsibilities include defining interfaces, decomposing requirements, investigating anomalies, conducting trade studies, reviewing technical documentation, and supporting hardware integration and test planning. The role coordinates across engineering disciplines and applies systems engineering processes throughout spacecraft development, production, verification, and delivery.

Designs and documents mechanical components, subassemblies, assemblies, and integration test articles for optical sensor systems. Creates Creo layouts, detailed drawings, BOMs, and PLM documentation; coordinates with interdisciplinary teams and suppliers; manages releases and engineering changes; supports design reviews; and performs trade studies, opto-mechanical layouts, and tolerance analyses. The role also supports aerospace hardware development and production.

Designs, develops, integrates, tests, and supports mechanical structures and propulsion components for aerospace and defense systems. Performs design trades, maintains engineering drawings and specifications, supports subsystem integration, coordinates with suppliers and manufacturing teams, and presents technical analyses to customers and engineering stakeholders. Work spans development, production, testing, and sustainment, with emphasis on flight hardware, requirements verification, tolerance analysis, and technical problem solving.

Supports production programs by investigating mechanical defects, failures, and nonconforming hardware through the Material Review Board process. Performs root-cause and corrective-action analysis, tolerance analysis, engineering dispositions, drawing and specification reviews, and engineering change implementation. Coordinates with mechanical, quality, and manufacturing teams, supports design and test activities, and reports status to leadership in a fast-paced manufacturing environment.

Designs and develops mechanical ground support equipment for the F-35 program from concept through aircraft testing and verification. Creates engineering documentation, bills of materials, requirements specifications, trade studies, and technical evaluations. Coordinates suppliers, manufacturing, environmental qualification testing, customer support, and internal design reviews. Uses CATIA V5 or similar tools, PDM, Windchill, and Agile engineering methods. Requires U.S. citizenship and eligibility for a Secret clearance.

Leads and coordinates structural, live-fire, avionics, and mechanism testing within a release assembly team. Responsibilities include facility planning, fixture design reviews, resource training, subcontractor coordination, and executing tests on schedule and within budget. The role also involves mechanical system design, requirements management, trade studies, GD&T, hands-on hardware work, manufacturability, supply chain collaboration, and mentoring junior engineers.

Designs, develops, tests, and supports mechanical propulsion hardware and manufacturing processes for ballistic missile systems. Responsibilities include engineering analysis, assembly, integration, testing, deployed system support, and collaboration with customers and subcontractors. The role may involve propulsion rocketry, energetics, engineering project management, EVM, technical evaluations, and estimates. Strong communication, teamwork, and the ability to obtain a DoD Secret Clearance are required.

Leads mechanical and facilities engineering for Aegis combat-system test environments. Designs and maintains HVAC, water, piping, plumbing, fire suppression, automation, and related building systems. Oversees facility installations, specifications, procurement, vendors, preventive maintenance, repairs, acceptance, and technical activities. Coordinates with maintenance personnel, contractors, program teams, and Navy customers while supporting operational readiness and facility performance.

Designs and supports mechanical controls hardware for missile Thrust Vector Control systems, including servo actuators and gas hydraulic assemblies. Develops technical requirements, leads investigations, supports subcontractors, manages project budgets, contributes to trade studies, and interfaces with management, systems engineering, quality, and Navy partners. The role also involves product lifecycle support, failure analysis, technical documentation, cross-disciplinary collaboration, and mentorship.

Designs, develops, tests, and troubleshoots aerospace harnesses, connectors, and electromechanical hardware. Responsibilities include CAD modeling, harness schematics, test procedure and specification development, voltage-drop and current-derating analysis, prototype assembly, verification, and avionics system integration. The role supports the Fleet Ballistic Missile program, works cross-functionally under senior engineering direction, and requires obtaining a DoD Secret clearance.

Designs, develops, tests, and documents opto-mechanical components, precision mechanisms, optical assemblies, and fixtures. Creates engineering drawings, specifications, tolerance analyses, performance budgets, verification plans, and supplier documentation. Selects materials and supports optical alignment, manufacturing, assembly, and testing requirements. Requires experience with opto-mechanical design tools, PLM/PDM systems, and optical or electro-optical systems, along with eligibility for a Top Secret clearance.

Designs, develops, integrates, procures, and tests propulsion system components and assemblies. Coordinates with customers, suppliers, manufacturing, quality, systems engineering, analysis, and test teams. Leads requirements definition, conceptual development, detailed CAD design, technical analysis, supplier procurement, production support, anomaly resolution, and engineering design reviews.

Performs structural stress and dynamics analysis for spacecraft flight structures, mechanisms, electronic components, and support equipment. Conducts finite element modeling, dynamic response, random vibration, acoustic, coupled loads, fatigue, fracture, buckling, and vibration test analyses. Develops and tests mechanical and electromechanical systems while supporting component, subsystem, and vehicle-level testing. Collaborates with integrated engineering teams and drives analysis tasks to completion.

Supports mechanical design and production of sensors and missile systems. Creates Creo layouts, detailed drawings, parts, assemblies, BOMs, and design documentation in Windchill PLM. Coordinates cross-functional engineering teams and suppliers, manages drawing releases and engineering changes, supports design reviews, and performs cost, weight, performance, and structural or thermal trade studies. Leads investigative efforts and guides major projects through completion.

Researches F-16 aircraft configuration impacts using engineering databases and drawings. Creates application lists, parts lists, drawing notes, and Engineering Change Notices; modifies mechanical, structural, electrical, and harness drawings using CATIA V5 and ADMS. Collaborates with government and contract engineers on design changes while maintaining quality and delivery standards. The role is performed on-site at Hill Air Force Base and requires obtaining and maintaining a Final Secret Clearance.

Designs and integrates mechanical and structural components, subsystems, and CAD models for ground and flight hardware. Develops and releases engineering drawings through EPDM/PDM processes, applies CAD and drafting standards, resolves design conflicts, and coordinates packages with engineering, manufacturing, quality, and configuration teams. Supports product acceptance, material review boards, and principal engineering responsibilities. Requires mechanical design experience, composite structure knowledge, CREO proficiency, GD&T expertise, Secret clearance eligibility, and possible travel.

Designs and develops electronic enclosures and avionics packaging for space-flight hardware. Creates 3D models, drawings, specifications, and design-review documentation; coordinates thermal, structural, reliability, EMC, and survivability analyses. Supports manufacturing, testing, suppliers, quality, purchasing, and prototype fabrication while ensuring producibility, cost, schedule, and technical compliance. Collaborates within integrated product teams and communicates technical issues to leadership and cross-functional stakeholders.

Designs mechanical components and structures for Lockheed Martin’s hypersonic weapon system. Responsibilities include Creo solid modeling, 2D drafting, product specifications, requirements integration, hardware integration, supplier coordination, and support for new and heritage designs. The role collaborates with manufacturing, engineering, procurement, and suppliers to deliver hardware within cost, schedule, and performance requirements.