Internships
Roberts Automatic Products internships are a great way to dive into real world applications of STEM fields. For the first six weeks, interns rotate from department to department gaining basic knowledge through shadowing experiences. All interns begin their training in the quality department where parts are inspected. This process helps teach interns about the various parts that come through Roberts Automatic Products and the quality we want to see in our products. By the end of the Roberts Automatic Products internship, we hope you have a strong understanding of how our company functions.
Areas interns will be gaining experience in:
Quality
In the Quality Assurance Department interns will learn how to check tolerances on parts, perform in-process inspections, and put together material certifications.
Production
While in production, Interns will be out on the production floor shadowing machine operators and becoming familiar with the maintenance and operation of several machines.
Engineering
In the Engineering Department interns will learn SolidWorks and AutoCAD, learn about part quoting, and shadow engineers creating programs for the machines.
Special Projects
After spending time in each department, interns will be assigned various projects based on current needs and goals that have been established.
Interested in an Internship at
Roberts Automatic Products or have any questions?
Applications for summer internships are accepted beginning in January through the end of March for the upcoming summer. Regarding internships during the school year, Roberts Automatic Products accepts internship applications year round.
Contact:
JoAnn Vlach
Vice President
Roberts Automatic Products
jvlach@robertsautomatic.com
Roberts Automatic Products Interns
Summer of 2026
Cole Massa pictured on the left.
Cole Massa
Cole is pursuing a bachelor’s degree in Manufacturing Engineering at Minnesota State University (Mankato, Minnesota). Cole is passionate about manufacturing processes, mechanical assemblies, and CAD design, and through his coursework and hands-on projects, he has developed proficiency in process improvement, 3D modeling, and production efficiency. Outside of academics, he spends time repairing and modifying stand-up jet skis, snowmobiles, and dirt bikes—experiences that have strengthened his understanding of mechanical systems and real-world manufacturing challenges.
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