Top Mechanical Engineering Jobs

Designs mechanical automation equipment from requirements through installation, ensuring manufacturability, specifications, budget, and timelines are met. Responsibilities include reviewing project requirements, creating design and installation documentation, coordinating with project teams and equipment assemblers, supporting the lead engineer, and tracking engineering time. Requires a mechanical or electronics/electrical engineering background and 3–5 years of automation equipment design and installation experience.

Owns propulsion development and integration for small piston engines and microturbojets powering sUAS platforms. Responsibilities include engine selection, fuel and exhaust system design, ECU calibration, test-stand and flight testing, failure investigation, propeller qualification, thermal and electrical integration, documentation, and vendor technical leadership. The role is hands-on at test stands, engine cells, and flight lines, with up to 20% domestic travel.

Design and develop ultra-precision, high-vacuum motion stages for semiconductor inspection systems from concept through validation and sustaining. Responsibilities include mechanical architecture, precision mechanisms, CAD, GD&T, structural/thermal/vibration FEA, tolerance analysis, prototype testing, supplier engagement, and subsystem integration. The role targets nanometer-level accuracy and stability while addressing thermal drift, vibration, noise, manufacturability, reliability, and serviceability.

Leads mechanical product development from concept through commercialization for thermal-mechanical products and electronics enclosures. Responsibilities include 3D CAD modeling, engineering documentation, thermal and structural analysis, DFMEA, validation testing, root-cause investigations, prototype support, manufacturing transition, and continuous improvement. The role manages project priorities, collaborates with customers and cross-functional teams, supports product launches, and provides technical leadership and mentoring without direct managerial responsibility.

The Mechanical Engineer will provide HVAC, plumbing, and fire protection designs, conduct field work, and offer construction administration as part of a project team.

Designs and develops mechanical systems, enclosures, fixtures, cable assemblies, and peripheral interfaces for RF sensor products. Responsibilities include structural and thermal analysis, tolerance studies, GD&T, manufacturability optimization, design verification, integration, production documentation, BOM management, supplier coordination, and in-field testing. The role collaborates across disciplines and supports project planning, configuration management, and hardware lifecycle activities.

Designs and develops mechanical enclosures, fixtures, cable assemblies, and peripheral interfaces for advanced RF sensor systems. Performs structural and thermal analysis, optimizes designs for manufacturability, supports fabrication partners, verifies component integration, creates production drawings and assembly instructions, manages BOMs, and assists with testing and project execution. The role is primarily onsite in Syracuse, New York, with 10% travel.

Leads manufacturing and mechanical engineering projects from concept through production, ensuring products meet specifications, quality standards, timelines, and business goals. Partners with production, quality, operations, and supply chain teams to improve processes, troubleshoot issues, perform root cause analysis, and drive continuous improvement. Provides technical leadership to engineers and staff, with a development pathway toward engineering management.

Design and develop mechanical enclosures, fixtures, cable assemblies, and sensor-system components using 3D CAD. Perform structural and thermal analyses, optimize designs for manufacturability, support fabrication vendors, conduct design verification and field testing, create production drawings and assembly instructions, manage BOMs, and assist with project execution. The role is primarily onsite in Syracuse, New York, with 10% travel.

Designs and evaluates mechanical products, systems, equipment, and machine interfaces. Analyzes customer specifications and technical data, coordinates testing, fabrication, installation, maintenance, and repairs, and recommends design modifications. Supports automation, manufacturing processes, continuous improvement, and engineering decision-making using mathematical and statistical analysis. Works across office and manufacturing plant environments while coordinating engineering personnel and ensuring products meet design and customer requirements.

Own end-to-end mechanical design of custom mobile manipulators by integrating robot arms with AMR/AGV bases. Create CAD models, mounting structures, cable routing, simulation-ready geometry, and mass, payload, and center-of-gravity analyses. Iterate multiple design concepts, document tolerances and assembly procedures, and support physical builds. Collaborate with simulation and platform evaluation engineers during validation. This is a hands-on mechanical and mechatronic design role focused on hardware integration rather than robotics software or controls.

Leads mechanical architecture and full-lifecycle development for RF phased-array systems, including requirements definition, CAD design, structural and thermal analysis, prototyping, testing, production support, and manufacturability. Designs enclosures, mechanisms, mounting structures, harnesses, and cable assemblies while addressing shock, vibration, thermal, and dynamic-load requirements. Collaborates with electrical, RF, systems, manufacturing, and supply chain teams, presents design reviews, mentors engineers, and develops tools to improve engineering workflows.

Mechanical Engineering Interns will support semiconductor equipment development through routine engineering assignments, prototype part design, component optimization, engineering change control, testing, problem-solving, and presentation of findings. Interns will apply mechanical engineering principles under guidance while gaining hands-on experience in semiconductor processing and manufacturing.

Supports the reliability, maintenance, and automation of manufacturing equipment and facility systems. Troubleshoots mechanical, electrical, hydraulic, pneumatic, controls, and automated systems; maintains PLCs, HMIs, VFDs, sensors, and instrumentation; develops preventive maintenance programs; performs root cause analysis; supports equipment installations and capital projects; updates technical documentation; analyzes performance data; and advances safety, Lean Manufacturing, and continuous improvement initiatives.

Designs and develops main bearings for utility-scale wind turbines throughout the product lifecycle, from concept and detailed design through testing, manufacturing, validation, and field support. Leads mechanical analysis, reliability improvement, root cause investigations, technical documentation, testing plans, cost reduction, and corrective actions. Collaborates with quality, manufacturing, sourcing, suppliers, and field teams to improve product quality, reliability, and manufacturability.

Support design, prototyping, and testing of mechanical components for a small-scale AS/RS robotic inventory system. Create and maintain CAD models, drawings, and BOMs; assist hardware/software integration; perform hands-on prototyping and troubleshooting under senior engineer guidance while iterating on manufacturable designs.

Design, prototype, and test mechanical components for small-scale AS/RS and robotic systems. Integrate hardware and software, create CAD models, technical drawings, and BOMs, ensure manufacturability and assembly, perform hands-on experiments and iterative troubleshooting, and support the product lifecycle from concept through production.

Designs, fabricates, commissions, validates, and improves mechanical crash-safety test equipment for batteries and aircraft hardware. Responsibilities include structural fixtures, containment systems, high-force actuation, engineering analysis, CAD documentation, operator safety systems, instrumentation integration, troubleshooting, validation testing, and supplier coordination.

Provides technical leadership for mechanical engineering teams developing complex military Electronic Warfare hardware. Responsibilities include defining mechanical concepts, reviewing designs and analyses, performing thermal, structural, and vibration assessments, ensuring DFM and DFT compliance, supporting requirements and testing, collaborating with customers and program managers, and mentoring engineers throughout the product lifecycle.

Design HVAC systems for schools, retail, mixed-use, and commercial buildings. Produce mechanical drawings using AutoCAD and/or Revit, conduct field investigations, perform load calculations and equipment selection, and design wet- and dry-side systems. Coordinate quality control, scheduling, programming, and progress across mechanical, electrical, and plumbing disciplines. The role also requires knowledge of duct and piping design, air handlers, chillers, boilers, DDC controls, applicable building codes, Title 24, HAP, or Energy Pro.

Lead the design, implementation, and administration of complex mechanical, HVAC, plumbing, and fire protection systems. Manage multidisciplinary projects from conception through completion, conduct field inspections, review construction submittals, coordinate contractors, resolve technical challenges, manage project risks and budgets, and maintain client relationships. Mentor junior engineers, support staffing and training, contribute to proposals and business development, and ensure compliance with applicable codes and standards.

Designs and owns complex mechanical subsystems for AI robots, including mechanisms, end effectors, fixtures, mounts, enclosures, and sensor assemblies. Responsibilities span requirements definition, CAD, calculations, prototyping, fabrication, integration, validation, failure analysis, documentation, and reliability improvements. The role collaborates with electrical, software, and research teams to deliver repeatable, maintainable robotic hardware builds.

Designs and develops complex mechanical engineering solutions, tooling, layouts, schematics, and product specifications. Leads engineering projects and technology research, troubleshoots complex issues, performs engineering analysis, and coordinates testing and documentation. The role also supports manufacturing, installation, procurement, assembly, and customer resolution activities across the product life cycle.

Designs and specifies vehicle fueling infrastructure, emphasizing hydrogen and CNG systems. Responsibilities include mechanical engineering, high-pressure piping and compressor-system design, BIM/CAD coordination, code compliance, specifications, design quality control, equipment research, interdisciplinary coordination, submittal review, field inspections, and technical reporting. The role requires California PE licensure, project collaboration, occasional business development, and travel for inspections. Experience with electrical power systems, Revit, HAZOP, petroleum fueling, and EV charging is beneficial.

Lead mechanical design, development, qualification, and lifecycle support for IFEC LRU aerospace products. Provide technical leadership across programs, resolve thermal/vibration/EMI/structural challenges, ensure certification compliance (DO-160), mentor engineers, and collaborate with cross-functional teams to drive manufacturability, reliability, and cost objectives.