Mechanical Design Engineer

The Mechanical Design Engineer will be responsible for designing and developing mechanical equipment and tooling that aligns with customer requirements, operational efficiency, and overall value. This individual will play a key role in bringing concepts to life from initial design through build, installation, and production readiness.

• Design and develop mechanical equipment and tooling to meet customer specifications, with a strong focus on functionality, timing, cost, and end-user value
• Create detailed 2D and 3D CAD models (Solid Works preferred) that adhere to industry standards and are ready for fabrication by internal or external build sources
• Ensure all designs incorporate critical considerations such as safety, ergonomics, cycle time, durability, ease of setup, maintainability, and manufacturability
• Source and evaluate components required for tooling and equipment builds; develop scopes of work, initiate procurement, and track project materials
• Prepare comprehensive quotations for new and modified tooling, including cost estimates, lead times, production rates, material yield, and labor requirements
• Collaborate with and manage external design/build partners when project scope exceeds internal capabilities
• Oversee and coordinate fabrication, installation, testing, and repair activities to ensure projects remain on schedule and meet quality expectations
• Develop and document operating procedures, safety protocols, and preventive maintenance guidelines
• Support training efforts by instructing end users on proper equipment operation and assisting in the creation of work instructions and training materials

• Bachelors degree in Mechanical Engineering (or related discipline) preferred; equivalent hands‑on experience will be considered
• 5-10+ years of relevant experience in mechanical design, tooling, or equipment engineering within a manufacturing environment
• Proficiency in 2D and 3D CAD software (Solid Works strongly preferred)
• Strong project management capabilities with the ability to manage multiple priorities simultaneously
• Experience with DFMEA and PFMEA methodologies
• Solid understanding of core mechanical engineering principles, including:
• Strength of materials (stress/strain relationships)
• Statics, dynamics, and kinematics
• Pneumatics, hydraulics, and fluid mechanics
• Metallurgy, heat treating, and coatings
• Fits and finishes
• Excellent communication skills with the ability to interface effectively across engineering, operations, and external partners