Work Study NE - High School Program at Butler CAT
Kearney, NE
About the Job
Program Objective:
An internship in a Butler Service Shop to set you up for a career as a diesel technician.
The objective of our work-study internship is for high school students to get a hands-on education learning about the heavy equipment, ag equipment and diesel technology industries. We provide our interns with an experience in the industry before they decide to make an investment into a diesel technology education and career. A service department work-study internship at Butler gives students exposure to many departments within our company, while they get on-the-job training alongside a full-time service technician mentor. Find out more about our Work Study program by visiting https://butlerag.com/about-butler/careers/high-school-work-study/.
Responsibilities:
This program is for current high school students who are exploring the Diesel Technology / Parts Counter Warehouse fields and have aspirations of attending college after high school in the areas of these fields.
• Basic mechanical aptitude
• Clear communication skills, both written and verbal
• Willing to listen, learn, and participate
• Exhibit a positive attitude
• Maintain a clean and safe work environment
Qualifications:
• Must be 16 years old, or older.
• Must be present and on time for work
• Pre-employment drug testing is conducted
• High School students exploring diesel technology or parts/warehouse fields
• Desire to explore diesel technology or parts warehouse area’s with intent to continue education in this field
Butler Machinery Diversity & Inclusion Statement:
Diversity drives innovation; inclusion drives success. We believe a multitude of approaches and ideas enable us to deliver the best results for our workforce, workplace, and customers. We are committed to fostering a culture where all employees can share their passions and ideas so we can tackle the toughest challenges in our industry and pave new paths to limitless possibility.
EOE/Minorities/Females/Vet/Disability