Top Mechanical Engineering Jobs

Design, develop, integrate, and test undersea hardware; translate customer requirements into manufacturable systems; lead concept development, problem solving, technical planning, and support production documentation. Collaborate on teams, prioritize tasks, and communicate effectively. Participate in SkillBridge training pipeline for transitioning service members.

Lead mechanical design and delivery of custom automated manufacturing equipment from concept through commissioning. Design robotic end-of-arm tooling, material handling, fixtures, frames, safety guarding, and production cells; apply mechanics and kinematics, integrate mechanical/electrical/pneumatic systems, troubleshoot during installation, and produce documentation, BOMs, and assembly procedures.

Design, build, and commission factory automation systems: define controls architectures, program PLCs/HMIs, integrate robots and peripheral equipment, develop offline simulations, perform troubleshooting and commissioning, produce controls documentation, and support factory acceptance and startup.

Design, build, and deploy custom factory automation systems across the full lifecycle. Responsibilities include controls architecture, PLC/HMI programming, robot and equipment integration, offline simulation, electrical and safety design, on-site commissioning, testing, and creating controls documentation for automated manufacturing systems.

Design and validate complex mechanical, thermal, and fluid systems for flight and ground equipment. Produce CAD models and GD&T drawings, run FEA and thermal/structural analyses, plan and oversee qualification testing, ensure manufacturability with manufacturing partners, and resolve failures via root-cause analysis while collaborating across engineering teams.

Lead design, fabrication, testing, and commissioning of bespoke marine support systems for offshore energy nodes. Perform trade studies and engineering analyses, produce detailed CAD designs, oversee fabrication and field engineering, support offshore commissioning, and provide sustaining engineering and vendor management for deployment, retrieval, inspection, and maintenance tools.

Develops and troubleshoots manufacturing processes and product lines, maintains plant equipment, designs experiments and test methods, analyzes data, documents engineering work, supports quality troubleshooting, conducts feasibility studies, leads continuous improvement and cross-functional projects, and researches future technology trends.

Design, prototype, and validate mechanical systems for fielded robotics payloads including ruggedized enclosures, mounts, thermal management, and manufacturability. Perform CAD, FEA, thermal simulation, testing (vibration, ingress, thermal), vendor coordination, production support, and cross-functional integration with electrical and compute teams to ensure reliable field deployment.

Lead end-to-end mechanical design projects, collaborate with cross-functional teams, perform stress/thermal/dynamic analyses and simulations, ensure manufacturability and materials selection, mentor junior engineers, and improve design processes to deliver reliable production-ready mechanical systems.

Support the Sentinel program as a PLM SME: triage and resolve Teamcenter and Siemens NX user issues, perform tool testing, create job aids, liaise across engineering disciplines, identify process gaps and training opportunities, follow support workflows, and represent the program with internal and external stakeholders.

Design, prototype, and test mechanical assemblies and electromechanical systems for autonomous maritime platforms. Create CAD models and drawings, iterate rapid prototypes, evaluate designs for marine environments, work with vendors and manufacturing partners, and support field tests and government demonstrations.

Design and integrate electromechanical systems to quantify fish quality: concept-to-deploy CAD design, sensor and embedded integration, prototyping, hands-on build/test, and plant integration with controls and ML teams.

Design and develop configurable LED luminaires from concept through production using SolidWorks and EPDM. Improve existing products via DFM/DFA, create BOMs/ECNs, prototype, test, and support custom product modifications, costing, and production documentation while collaborating with manufacturing, sales, and marketing.

Lead mechanical design, development, and validation of power distribution products. Perform advanced mechanical and thermal design, 3D modeling, GD&T, DFM, testing, certification support, and manufacturability reviews. Collaborate with cross-functional teams, mentor engineers, and support product commercialization and compliance.

Senior mechanical engineer responsible for mission-critical building systems design and project management. Duties include CAD drawing production, equipment selection and sizing, load calculations, code compliance, coordination with disciplines, QA/QC, mentoring designers, and delivering project documentation for data center/telecom and building design projects.

Lead mechanical design for mission critical and data center projects: produce and review CAD drawings and calculations, specify and size equipment, coordinate MEP/FP disciplines, mentor designers, perform QA/QC, write reports and sequences of operations, and manage project deliverables, budgets, and schedules to codes and client requirements.

Lead mechanical design for MEP life sciences and healthcare projects, mentor junior staff, perform QA/QC, equipment selection, load and energy analyses, write specs and narratives, modify control sequences, manage project deliverables and budgets, and perform site visits to resolve construction issues.

Lead and manage mechanical design projects, mentor staff, perform QA/QC of designs and calculations, specify HVAC equipment and controls, write specifications and reports, conduct life-cycle and energy cost analyses, review contractor bids, manage budgets and schedules, and travel to project sites to resolve issues.

Design mechanical HVAC systems for mission-critical and commercial buildings: produce AutoCAD drawings, load calculations, equipment selection, specifications, code compliance, RFI/submittal review, QA/QC, mentor design staff, coordinate with disciplines, and develop sequences for AHU, CHW/HW, WSHP, VAV/CV, chillers, boilers and cooling towers while applying psychrometrics and total energy concepts.

Design HVAC systems for life sciences and healthcare buildings using Revit/CAD and 3D models. Prepare HVAC one-line diagrams, load and airflow calculations, equipment sizing and schedules, specifications, sequences of operations, and coordinate with vendors and other disciplines. Manage deliverables, respond to RFIs and submittals, and support construction problem-solving.

Design and deliver MEP mechanical systems for life science and healthcare buildings: produce Revit/CAD 3D models, HVAC one-line diagrams, load calculations, equipment selection, specifications, code compliance, QA/QC, mentor designers, coordinate disciplines, and manage multiple project deliverables and schedules.

Lead mechanical design for HVAC and piping on hospitality, entertainment, and healthcare projects. Mentor staff, perform QA/QC, develop specifications, select equipment, perform energy and life-cycle cost analyses, modify controls and sequences, manage project deliverables, and perform site reviews.

Perform QA/QC of specifications, drawings and calculations; ensure code compliance; lead equipment selection and HVAC/fire protection design; write specs, reports and life-cycle cost analyses; modify controls and sequences; mentor designers; attend bid meetings and site visits; develop and monitor work plans.

Design and specify mechanical/HVAC systems for life sciences, pharmaceutical, and critical facilities. Produce drawings and calculations, select equipment, prepare specifications, coordinate disciplines, respond to RFIs, perform field verification, and support construction and vendor coordination under senior staff supervision.

Lead mechanical design for mission-critical and data center projects: produce CAD drawings, perform load calculations, ensure code compliance, select and schedule equipment, coordinate MEP/architectural/structural disciplines, review submittals/RFIs, perform QA/QC, mentor designers, and develop system reports and sequences of operation for air and hydronic systems.