Top Mechanical Engineering Jobs

Leads mechanical design and integration for Fleet Ballistic Missile equipment, owning system requirements, verification, 3D modeling, drawings, test planning, design reviews, manufacturing collaboration, and production lifecycle activities. Serves as the Certified Principal Engineer for the equipment section, communicates with technical and leadership stakeholders, and supports customer and Navy engagements. Requires mechanical engineering design experience, 3D modeling expertise, U.S. citizenship, and eligibility for Top Secret clearance.

Performs preliminary and detailed stress analysis of missile structures, mechanisms, electronic components, and ground support equipment. Models dynamic behavior, supports structural load testing, evaluates materials and design margins, prepares technical charts, and participates in design reviews. Collaborates with multidisciplinary teams on structural design trades, analysis methods, testing, and long-term workload forecasting. The role requires expertise in static, vibration, acoustic, modal, shock, and potentially nonlinear structural analysis.

Designs and modifies mechanical and electromechanical systems for military vehicle and aircraft platforms supporting U.S. Special Operations Forces. Responsibilities include 3D parametric modeling, engineering change documentation, ANSI/ASME Y14.100-compliant drawings, design development, testing, and technical communication. The role supports aerospace and defense logistics, maintenance, and sustainment operations in Lexington, Kentucky.

Leads the design and development of manufacturing tooling and equipment, manages team priorities, and coordinates with internal customers. Applies manufacturing-process expertise to create cost-effective solutions, interprets complex drawings, develops assembly models and detailed views, and sets up, troubleshoots, and proofs tooling and equipment. The role also supports design for manufacturability, tolerance analysis, process-line layouts, and continuous improvement while guiding the design team.

Designs and supports propulsion hardware for Fleet Ballistic Missile systems. Develops technical requirements, applies mechanical engineering principles, reviews controlled processes, supports manufacturing and production, and interfaces with systems engineering, quality, management, and Navy stakeholders. The role involves cross-disciplinary product development, supplier coordination, technical evaluations, and hardware design, assembly, integration, and testing.

Design, develop, test, procure, and integrate propulsion components for spacecraft propulsion subsystems. Serve as the responsible engineer and hardware expert, manage supplier interfaces through delivery, advocate for components with program teams, and develop and verify component requirements.

Designs, analyzes, and validates aerospace mechanical structures, components, and systems with a focus on debris mitigation for an interceptor vehicle. Owns mechanical systems, develops CAD models and engineering documentation, supports integrated product teams, oversees hardware build and testing, manages requirements traceability and risk registers, and represents engineering in technical reviews. The role also coordinates supplier support and debris-impact testing while ensuring safety, reliability, and compliance with aerospace and defense standards.

Designs, develops, manufactures, tests, integrates, and analyzes propulsion hardware and systems. Responsibilities include subsystem integration, trade studies, requirements development, subcontractor and supplier coordination, production support, nonconformance disposition, dynamic testing, data analysis, and technical presentations. The engineer serves as a Certified Propulsion Engineer delegate and collaborates with multidisciplinary engineering, manufacturing, quality, customer, and test teams.

Provides mechanical design engineering support for Precision Strike Missile production and development. Responsibilities include creating and maintaining Creo CAD models, releasing drawings, conducting tolerance analysis, coordinating with manufacturing and suppliers, resolving hardware discrepancies, developing rework plans, tracking schedules and status, and leading engineering teams. Requires collaboration with production, quality, procurement, and external suppliers, with occasional travel to supplier facilities.

Supports the Boost Control System team as the Gas Generator component engineer, managing mechanical hardware through qualification, production, service, and aging phases. Develops technical solutions, interprets complex mechanical designs and drawings, collaborates with Navy partners, leadership, and suppliers, and may lead component technical activities. Applies knowledge of propulsion, rocketry, aerodynamics, mechanisms, materials, fluids, CAD, and engineering lifecycle processes.

Designs and documents mechanical components, subassemblies, assemblies, and integration test articles for sensor and missile systems. Creates Creo layouts, detailed drawings, bills of materials, and documentation in Windchill PLM. Coordinates with interdisciplinary teams and suppliers, manages drawing releases and engineering changes, supports design reviews, and conducts trade studies evaluating cost, weight, performance, and structural or thermal benefits.

Designs and releases mechanical components, assemblies, layouts, drawings, BOMs, and interface control documentation for missile systems. Uses CREO and Windchill while coordinating with cross-functional teams, suppliers, and analysts. Manages engineering changes, design reviews, trade studies, tolerance analysis, mass properties, testing, and root-cause investigations. The role is based onsite in Grand Prairie, Texas and requires U.S. citizenship with Secret clearance eligibility.

Designs and documents mechanical components, subassemblies, assemblies, and integration test articles for sensor and missile systems. Creates Creo layouts, drawings, BOMs, and PLM documentation; coordinates with multidisciplinary teams and suppliers; manages drawing releases and engineering changes; supports design reviews and change boards; performs trade studies, tolerance analyses, mass-property calculations, and airworthiness evaluations.

Reviews and verifies mechanical engineering drawings, models, requirements, and released work products. Collaborates with engineering, analysis, systems, thermal, manufacturing, and multidisciplinary teams to ensure designs meet program requirements, schedules, accuracy, affordability, and producibility. Applies mechanical engineering, CAD, drafting, GD&T, and design-checking expertise to spacecraft-related products and systems while supporting process improvements and design release activities.

Designs, develops, tests, and modifies mechanical and electromechanical systems for military vehicle and aircraft platforms. Creates and reviews engineering change documentation, produces ANSI/ASME Y14.100-compliant drawings, and uses 3D parametric modeling tools such as CATIA, SolidWorks, or Creo. Supports Special Operations Forces logistics and sustainment operations while communicating technical information through presentations and documentation.

Designs and develops electromechanical aerospace and defense hardware, including circuit-card assemblies, harnesses, enclosures, and subassemblies. Creates 3D models, layouts, drawings, bills of material, and routing packages; performs verification testing and documents results. Supports configuration control, design reviews, production, inspection, and troubleshooting while collaborating with cross-functional teams and suppliers. The role also provides project leadership and requires occasional travel to manufacturing or supplier facilities.

Designs and documents mechanical components, subassemblies, assemblies, and integration test articles for sensor and missile systems. Creates Creo layouts, engineering drawings, BOMs, parts, and documentation in Windchill PLM. Coordinates with cross-functional teams and suppliers, manages drawing releases and engineering changes, supports reviews, and performs cost, weight, performance, and structural or thermal design trade studies.

Designs, develops, analyzes, and tests opto-mechanical components, precision mechanisms, and optical assemblies. Responsibilities include maintaining optical alignment, selecting materials, creating supplier design documentation, developing requirements and performance budgets, and preparing build, test, and verification procedures. The role also involves structural and stress analysis, vibration testing, specification development, and collaboration on electro-optical aerospace and defense systems.

Designs and supports mechanical structures and propulsion components through development, manufacturing, procurement, and testing. Coordinates with customers, suppliers, test facilities, manufacturing, quality, systems engineering, and integration teams. Maintains engineering drawings, specifications, requirements, and technical analyses. Requires mechanical engineering fundamentals, CAD proficiency, Microsoft Office skills, U.S. citizenship, and eligibility for a DoD Secret clearance.

Designs and supports propulsion hardware for Fleet Ballistic Missile systems. Responsibilities include developing technical requirements, applying mechanical engineering principles, supporting engineering lifecycle and manufacturing activities, reviewing controlled processes, evaluating hardware, and serving as a technical interface with management, systems engineering, quality, suppliers, and Navy stakeholders. The role also involves cross-disciplinary product development and potential project, supplier, and production support leadership.

Design and document mechanical components, subassemblies, assemblies, and integration test articles for sensors and missile systems. Create Creo layouts, detailed drawings, BOMs, parts, and documentation in Windchill PLM. Coordinate with cross-functional engineering teams and suppliers, manage drawing releases and engineering changes, support reviews, and conduct trade studies evaluating cost, weight, performance, and structural or thermal benefits.

Designs, develops, tests, and modifies mechanical and electromechanical systems for military vehicle and aircraft platforms. Creates and reviews engineering change documentation, produces ANSI/ASME Y14.100-compliant drawings, and uses 3D parametric modeling software such as CATIA, SolidWorks, or Creo. Collaborates with aerospace and defense teams to equip and sustain Special Operations Forces. Requires strong communication, presentation, and Microsoft Office skills.

Supports the design and production of sensors and missile systems. Creates Creo layouts, detailed drawings, assemblies, parts, BOMs, and design documentation in Windchill PLM. Coordinates with cross-functional engineering teams and suppliers, manages drawing releases and engineering changes, supports design reviews, and performs trade studies involving cost, weight, performance, and structural or thermal considerations.

Supports mechanical design and production of sensors and missile systems. Creates Creo layouts, detailed drawings, assemblies, parts, BOMs, and design documentation in Windchill PLM. Coordinates with interdisciplinary teams and suppliers, manages drawing releases and engineering changes, supports design reviews, and performs trade studies evaluating cost, weight, performance, and structural or thermal benefits.

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.