Key skills
3D Solid Modeling CADElectro-mechanical systems programmingSAP familiarityDesigning test systemsInterpersonal skillsSpringSAP
About this role
Mechronix is seeking a Co-op in Mechanical Engineering for the January to August 2026 term. The role involves performing engineering assignments, developing creative solutions, and executing engineering tests to qualify designs while contributing to a team environment.
Responsibilities:
- Performs engineering assignments on part of a major project or of a complete project
- Demonstrates creativity in developing solutions, which will allow Rockwell Automation to maintain our position as an Industry leader
- Demonstrates good interpersonal skills and works well within a team environment
- Capable of defining and performing engineering tests to qualify designs
- Capable of designing electro-mechanical test systems for various engineering design validation projects
- Capable of executing engineering change orders and managing BOMs
- Capable of creating and modifying CAD models and drawings
Requirements:
- Currently pursuing a bachelor's or advanced degree from an accredited college or university
- Legal authorization to work in the US is required. We will not sponsor individuals for employment visas, now or in the future
- Co-op Requirement: eligible to work during the Spring school semester, from January through August
- Pursuing a bachelors or advanced degree in Mechanical Engineering/Systems Engineering or similar
- Minimum cumulative GPA of at 2.75 on a 4.0 scale
- Preference given to students with previous Rockwell Automation work experience or trained on our equipment
- Proficiency in the use of a 3D Solid Modeling CAD system (preferably Pro/E, Creo, and Solidworks) and PLM software
- Experience with programming electro mechanical systems
- Familiarity with SAP or other enterprise software
- Familiarity with designing and troubleshooting electro-mechanical test systems which include pneumatic cylinders, limit & proximity switches, linear bearing systems
- A good understanding of multi action tooling fabrication techniques to support complex plastic injection molded or die cast components