Mechanical Engineer

This document outlines the ongoing responsibilities, expectations, and required skills for the role of a Mechanical Engineer at Wisconsin Automation. It is intended for internal reference to clarify role functions, support cross-functional understanding, and help with training and onboarding.

o Design and develop custom automation equipment and tooling using SolidWorks 3D CAD.

o Generate and maintain 3D models, 2D manufacturing drawings, and assembly documentation.

o Organize and manage design documentation, including BOMs and revision history.

o Research, select, and order mechanical components and materials.

o Monitor and support mechanical assembly to ensure compliance with design intent.

o Make design adjustments during assembly and installation as needed.

o Monitor and support installation at customer sites to ensure proper fit, function, and safety.

o Coordinate with controls engineers, robot programmers, and project managers to align on technical requirements and project timelines.

o Communicate with assemblers and technicians to address mechanical issues.

o Review and optimize design practices, and component selections.

o Participate in design reviews and contribute ideas for future project improvements.

o Evaluate new technologies and components for potential integration into future designs.

o Maintain accurate and organized design records, including Assemblies, Drawings, BOMs and project folders.

o Submit weekly timesheets and update project tracking tools as needed.

o Provide hands-on assistance for assembly, troubleshooting, and testing.

o Participate in debug and commissioning activities, both in-house and at customer locations.

o Occasionally travel to customer sites for installation or service support.

· Proficiency in SolidWorks for 3D modeling and 2D drafting.

· Proficiency in using PDM (Vault) for document control.

· Understanding of mechanical engineering principles, including:

o Mechanical components and mechanisms (e.g., fasteners, linkages, shafts, bearings, cams, and couplings)

o Custom part fabrication methods and best practices

o Pneumatics and actuators

o Mechanical tolerancing and GD&T

· Ability to create and interpret mechanical drawings and pneumatic schematics.

· Familiarity with Safety standards for machinery (OSHA, ANSI/RIA).

· Comfortable working in a hands-on manufacturing and assembly environment.

· Strong problem-solving and troubleshooting skills.

· Effective verbal and written communication.

· Commitment to quality, safety, and continuous improvement.

· Willingness to collaborate with and support other departments.

· Active participation in team meetings, design reviews, and project planning.

· Maintain a professional and solutions-oriented demeanor when working with internal teams, vendors, and customers.