Mechanical Design Engineer

Job Title:

Mechanical Design Engineer

Job Description

This role focuses on designing and detailing sheet metal components and related mechanical systems from concept through series production, ensuring manufacturability, serviceability, and cost-effectiveness. You will create accurate 3D models and manufacturing drawings in Solid Works, collaborate closely with production and vendors, and ensure all designs meet customer, system, and engineering requirements.

Responsibilities

* Design and detail sheet metal components and mechanical assemblies from initial concept through series production, ensuring manufacturability, serviceability, and cost efficiency.

* Modify and adapt existing components and designs to meet specific customer applications and unique project requirements.

* Generate accurate, detailed 3D models and manufacturing drawings using Solid Works, following internal design guidelines and industry GD&T standards.

* Collaborate closely with production teams, vendors, and other related departments to deliver high-quality products on time and within budget.

* Consult with engineers and internal stakeholders regarding materials, specifications, and design criteria to ensure models and drawings meet customer and system requirements.

* Communicate with vendors to obtain detailed information about parts and applications and provide clear, complete technical information to the purchasing department.

* Define, plan, and coordinate fabrication and installation activities so that products and systems conform to engineering, design, and customer specifications.

* Collect, research, and interpret technical data to define production procedures and design required fixtures, jigs, and devices.

* Apply engineering and design principles, including the use of FEA simulations and engineering formulas, to develop robust, reliable mechanical solutions.

* Demonstrate strong attention to detail and synthesize complex or diverse information to generate creative, practical design solutions.

Essential Skills

* Minimum of 1 year of professional experience in 3D modeling and drafting using Solid Works.

* Proficiency in Solid Works for 3D modeling, detailing, and creation of manufacturing drawings.

* Experience in mechanical design, including sheet metal components and structural or support elements.

* Knowledge of mechanical parts and assemblies, with experience in sheet metal design or light/heavy supports preferred.

* Understanding of manufacturing processes such as sheet metal forming, welding, machining, and assembly.

* Ability to apply GD&T standards to ensure clear, precise, and manufacturable drawings.

* Capability to use engineering tools such as FEA simulations and engineering formulas in design work.

* Strong attention to detail and the ability to interpret and synthesize complex technical information.

* Proactive, solution-oriented mindset with strong problem-solving abilities.

* Effective communication skills and fluency in English, both written and verbal.

Additional

Skills & Qualifications

* Bachelor of Science degree in Mechanical Engineering, ideally from a recognized engineering institution.

* Experience with conveyor design and development, including mechanical layout and component integration.

* Hands-on experience designing fixtures, jigs, or special devices to support production and installation.

* Comfort working cross-functionally with production, purchasing, vendors, and engineering teams.

* Ability to define and document production procedures based on design and manufacturing requirements.

* Strong organizational skills and the ability to manage multiple design tasks and projects concurrently.

Work Environment

This position operates primarily in a fully remote work environment, offering flexibility in daily work location while maintaining strong virtual collaboration with engineering, production, and vendor teams. Occasional local in-person meetings or site visits may be required to support fabrication, installation, or coordination activities. Work is highly computer-based, with extensive use of Solid Works and other engineering tools for 3D modeling, drafting, and analysis.

Collaboration occurs through digital…