Top Mechanical Engineering Jobs

Design and develop ruggedized communication hardware (speaker mics, PTTs, headsets). Create 3D CAD models and drawings, perform tolerance and stress analyses, prototype and test designs, prepare BOMs/ECNs, ensure DFM/DFA and production readiness, and collaborate with manufacturing, quality, supply chain, and vendors to resolve production issues.

Design and develop R&D and production test equipment, tools, and fixtures using in-house fabrication. Collaborate with operations and process teams to support production ramps and inspection equipment. Troubleshoot and support installed equipment at Bloom and supplier sites (hardware and software). Lead projects and manage external custom machine integrators, ensuring designs release to medium/high-volume manufacturing with DFM/DFX considerations.

Lead and oversee structures design, analysis, testing, and operation for planetary rovers. Define best practices, design mechanical/thermal architectures, build team tools, set priorities across program phases, and mentor and develop structures engineers.

Lead design, testing, and production activities for spacecraft electric propulsion systems. Perform engineering design, test campaigns, requirement verification, supplier coordination, data analysis, and documentation while collaborating with cross-functional teams.

Hands-on mechanical engineering intern to design, prototype, and iterate on robotic subsystems. Create and modify CAD models, perform basic load calculations and testing, build prototypes with 3D printers and shop tools, integrate mechanical designs with motors and sensors, document results, and collaborate with electrical and software engineers. On-site in San Francisco, part-time or full-time to balance school commitments.

Design, prototype, and iterate mechanical subsystems from concept to working hardware. Use CAD, perform hand calculations and FEA as needed, select materials and tolerances, build prototypes with 3D printing and CNC, and integrate mechanical designs with electronics, motors, sensors, and control systems in an on-site San Francisco environment.

Design and develop structures, fixtures, and automation for high-volume PCB production. Own projects end-to-end from concept through fabrication, validate manufacturability, coordinate vendors, and optimize processes for scale and cost.

Designs and executes mechanical and electromechanical validation test programs for interconnect assemblies. Sources components, supports mechanical integration, participates in power/connector/thermal technical discussions, contributes to design release documentation, and assists manufacturing process development and DFM reviews.

Design, build, test, validate, and commission mechanical systems for high-temperature electrolysis, furnace, and electrochemical processes. Create 3D CAD models and drawings in SolidWorks, select mechanical components, develop and run V-Model-based verification/validation and DOE-driven test plans, and perform hands-on prototype assembly, troubleshooting, and commissioning in lab and pilot environments.

Provide mechanical engineering expertise for maritime, launcher, missile, and weapon control systems: design, analysis, integration, fabrication coordination, and testing. Support IPTs, reviews, and system engineering products, considering requirements, cost, interoperability, risk, and schedule. Role located in Dahlgren, VA with occasional travel.

Design, implement, and sustain mechanical, electromechanical, and industrial systems. Direct fabrication and installation, coordinate with planning and vendors, apply statistical methods to assess equipment capability, design controls/robots/hydraulic/thermal systems, lead engineering personnel, oversee maintenance/repair, and recommend design modifications to resolve malfunctions.

The Mechanical Project Engineer II designs and manages mechanical systems for warehouse solutions, ensuring customer requirements are met and coordinating with multiple disciplines. Key tasks include 3D modeling, system calculations, and installation support, with significant travel involved.

Senior manufacturing engineer responsible for designing, developing, and validating scalable production processes for an implantable total artificial heart. Leads process validation (IQ/OQ/PQ/PPQ), automation, tooling procurement, GMP/ISO 13485 compliance, NC/CAPA investigations, cross-functional projects, mentorship, and manufacturing strategy to support commercialization and regulatory readiness.

Provide systems engineering and mechanical support for Tomahawk TTWCS and TMPC hardware development, procurement, QA inspections, production tracking, technical documentation, and process improvements in a laboratory environment. Coordinate with production, logistics, and program offices and participate in regular status reviews.

Design mechanical systems (primarily HVAC) for new, renovated, and existing facilities. Produce calculations, specifications, construction documents, code compliance, and perform site visits. Lead project teams, mentor junior staff, coordinate disciplines, support client relationships, and provide QA/QC and construction administration.

Lead mechanical engineering design and project portions for building projects, focusing on advanced HVAC and hydronic systems, load and equipment sizing, fire protection, underground utilities coordination, Revit/AutoCAD documentation, code compliance, construction administration, mentoring junior staff, and managing budgets and schedules.

Design, develop, and optimize high-speed automated assembly and material handling systems (robotics, AMR/AGV, conveyors). Support vision inspection, troubleshoot equipment, lead continuous improvement using Lean/Six Sigma, and collaborate with cross-functional teams for installations and upgrades.

Design and develop automated cutting and marking systems (plasma, laser, waterjet, oxy-fuel), integrate electronics and controls, build/validate prototypes, develop tests and documentation, support customers and field teams, and collaborate with global engineering to optimize processes and safety.

Design, develop, verify mechanical components and assemblies (sheet-metal and machined parts) and integrate mechanical and electrical systems. Lead small teams, mentor peers, perform FEA/CFD and mechanical/fluid calculations, ensure producibility, troubleshoot manufacturing and field issues, write mechanical performance requirements, and produce technical drawings using AutoCAD/Inventor/ANSYS.

Design, develop, and verify mechanical components and assemblies (sheet-metal and machined parts) for rugged electronics. Create drawings and perform mechanical calculations, simulations (FEA/CFD), and packaging for harsh environments. Support prototyping, testing, manufacturing troubleshooting, and write mechanical performance requirements and reports.

Prepare accurate engineering orders for municipal water/wastewater equipment, read and interpret drawings/specifications, coordinate changes with customers and internal teams, process order entry/MRP/OEI paperwork, support sales and manufacturing, resolve production issues, and ensure on-time, correctly priced deliveries.

Lead design, development, optimization, and troubleshooting of high-speed converting and manufacturing processes. Manage multimillion-dollar projects, apply engineering analysis, improve process capability, ensure safety compliance, coach others, and maintain organized documentation to meet unit objectives.

Design and deliver next-generation networking chassis and cards from concept to production. Create 3D CAD models in Creo or NX, produce GD&T detailed drawings, perform tolerance analysis, design sheet-metal/plastic/die-cast parts, exchange PCB IDF files with ECAD teams, resolve manufacturing/field issues with suppliers, and lead cross-functional design reviews.

Design, prototype, test, and deploy high-precision electro-mechanical wafer processing equipment. Lead CAD-based conceptual and detailed designs, validate prototypes, release parts and ECOs, and collaborate with software, electrical, and manufacturing teams to scale production. Perform root-cause analysis and work with fabricators using DFM principles to ensure robust manufacturable designs.

Design, analyze, test, and qualify Starship thermal protection systems from concept through flight. Support production integration, post-flight troubleshooting, multidisciplinary coordination, vendor engagement, and continuous TPS improvements.