Production Operator – Safe, Quality-Driven Manufacturing

Cummins Europe; Seymour (IN); On-site; USD 37,000 - 60,000; Full time

Job summary

Cummins Inc. in Seymour, Indiana, is seeking a manufacturing team member to operate manual and automated equipment in a safety‑driven, on‑site environment. You will meet quality standards, work toward production goals, and cooperate with peers and support staff.

This role requires a high school diploma, willingness to work evenings with overtime, and the ability to pass a breathable‑air fitness test. You will participate in HSE training and help improve process quality and material flow while

Qualifications

• High school diploma or equivalent.
• This position may require licensing for export controls or sanctions regulations.
• Requires some work experience or intermediate level knowledge through education, training or on-the-job experience.
• Must be able to work with heights.
• Must be able to pass physical for breathable air.
• Must be willing to work evening shift with some overtime.

Responsibilities

• Operate manual and automated equipment to manufacture and assemble products.
• Maintain clean and orderly work area and perform operator care tasks.
• Report hazards and follow HSE standards and procedures.
• Collaborate with peers and support staff to maintain equipment.
• Meet production goals and adhere to cycle times.

Skills

Communicates effectively

Courage

Drives results

accountability

Health & Safety

Manufacturing knowledge

Values differences

Education

High school diploma

Job description

Cummins Inc. in Seymour, Indiana, is seeking a manufacturing team member to operate manual and automated equipment in a safety‑driven, on‑site environment. You will meet quality standards, work toward production goals, and cooperate with peers and support staff.

This role requires a high school diploma, willingness to work evenings with overtime, and the ability to pass a breathable‑air fitness test. You will participate in HSE training and help improve process quality and material flow while