Top Mechanical Engineering Jobs

Support sustaining R&D for minimally invasive surgical products by performing CAD modeling, prototyping, testing, verification/validation, root-cause investigations, design updates, and cross-functional collaboration while ensuring regulatory and quality compliance.

The Mechanical Engineer designs and implements processing systems, manages capital projects, and ensures efficiency and compliance in manufacturing environments.

The Mechanical Staff Engineer II aids in project execution through design communication, calculations, and collaboration, while learning from senior staff.

Develop and test mechanical and fluid systems for rocket engines, including design, project management, and supplier coordination. Mentor junior engineers and ensure quality in construction and installation.

Develop and execute design for avionics electronic hardware. Lead a team to create high-reliability, safety-critical avionics solutions for space vehicles.

As a Mechanical Engineer - Automation, you will design and prototype robotics components, integrate automation in systems, and collaborate on improving autonomous technology.

The Sr. Mechanical Design Engineer will design, test, and oversee the production of hardware for Starlink ground stations, ensuring high performance and reliability across conditions.

Design, analyze, test, and deliver space-grade satellite hardware from concept through high-volume production. Drive system-level optimization, DFM, testing, and production ramp while partnering cross-functionally to meet launch and on-orbit performance requirements.

Design and qualify wire harnesses for Starlink vehicles: develop 3D harness designs and electrical schematics, perform mechanical and electrical testing/analysis, create manufacturing documentation, lead system integration and trade studies, and support production ramp and cost/mass optimization.

Design, analyze, test, and deliver satellite payload mechanical and electromechanical hardware from concept through high-volume production and on‑orbit operation. Perform FEA and environmental testing, drive DFM and system-level tradeoffs, collaborate with cross-functional teams (RF/PCB/antenna), and own product lifecycle and production ramp.

Design and build semiconductor fabrication equipment, iterate on mechanical designs, integrate components, and collaborate on process improvements.

Mechanical engineers will develop hardware systems for the Starship Tower and Launch Mount, covering design, analysis, and integration efforts in a complex launch environment.

The Mechanical Engineer will analyze, design, and build fluid systems for rocket testing, collaborating closely with technicians and test operations.

The Sr. Mechanical Integration & Test Engineer manages integration build flow, evaluates designs, develops assembly procedures, and ensures satellites meet mission requirements.

The Mechanical Engineer will design, prototype, and build precision mechanical systems for semiconductor fabrication, ensuring accuracy and rapid prototyping.

The Mechanical Design Engineer will design, analyze, and produce hardware for Starlink's gateways, ensuring high precision and reliability. Responsibilities include managing product lifecycle and collaborating on requirements for production and testing.

As a Mechanical Engineer, you will design, implement, and validate mechanical systems for robotic platforms, ensuring reliability in real-world environments. Responsibilities include CAD modeling, thermal management, materials selection, and collaboration with cross-functional teams.

Lead engineering, procurement, and construction for aerospace/industrial facility projects in McGregor, TX. Design HVAC and piping systems, produce drawings/specs, manage contractors and contracts, resolve field issues, estimate costs, and oversee budgets, schedules, and multiple simultaneous construction projects.

Design and develop electromechanical mechanisms and single-use surgical tools for a surgical robot across concept, prototype, pilot, and production stages. Create specifications and drawings, run subsystem testing, collect and analyze data, and rapidly produce proof-of-concept hardware for R&D.

Lead end-to-end development of mechanical systems for production machines: define requirements, create CAD and detailed designs, prototype, test, validate, release, and support machine integration. Drive cross-functional coordination, risk mitigation, documentation, and mentorship while applying broad mechanical engineering fundamentals across structures, motion, fluids, thermal, sealing, and enclosures.

Design, analyze, and develop electro-mechanical components and systems. Create drawings and specifications, support manufacturing and testing, run experiments and FEA/CAE analyses, produce reports, and provide maintenance and technical support for rotating equipment and new machinery. Coordinate projects, present design reviews, and ensure compliance with safety and DoD security requirements.

Design and analyze complex electro-mechanical systems and components for aerospace and defense customers. Lead feasibility studies, testing, prototype fabrication, and support drafting. Provide manufacturing support, failure investigation input, and mentor junior engineers while driving continuous improvement and documentation of engineering best practices.

Lead mechanical design and analysis of complex electro-mechanical systems, run experiments and tests, produce reports, design new equipment, lead small technical teams, mentor junior engineers, and support failure investigations and design reviews.

Lead design, analysis, testing, and lifecycle support for mechanical systems in aircraft arresting and recovery. Create CATIA V5 models and manufacturing drawings, perform hand calculations and FEA, specify manufacturing processes and tolerances, develop RFQ/RFI and technical documentation, coordinate prototype-to-production transitions, communicate with customers, and mentor junior engineers.

Design and analyze moderately complex mechanical systems and products for high‑pressure steam applications. Lead feasibility studies, develop test protocols, oversee lab testing and prototype fabrication, verify and validate prototypes, produce technical documentation, support IP filings, ensure ASME/NBIC compliance, and coordinate design reviews and project activities.