Filtration Media Materials/Process Co-Op- Spring 2027

Atmus Filtration Technologies provides engineering experiences for students across a wide range of engineering disciplines and STEM aligned degree programs. Co-op roles are typically project based and the student will gain a broad range of experiences and will grow as both a person and a professional.

To be successful in this role you will need experience in or willingness to learn the following:

• Experience with material science, material characterization, and connecting items with processing and scale-up.
• Test method/fixture development.
• Methodical and data-based approach to problem-solving
• Ability to follow HSE and Technical Function Standards / Practices
• Decision Quality
• Drives Results
• Collaborates & Communicates Effectively
• Self-Development

Degree Programs Considered: Bachelor's or Master's

Major Programs Typically Considered: Fiber/Polymer science, Materials Engineering, Process Engineering, Chemical Engineering. Other options: Chemistry or Textile Engineering.

Co-Op program criteria:

• Must be a currently enrolled student pursuing an undergraduate or graduate degree.
• Minimum 2.5 or above GPA preferred.
• Must be able to complete a minimum of 9-months or a maximum of a 12-months commitment, 12-months preferred.
• Must be able to complete 40 hours per week.
• Willingness to learn from others on the job.

The Student Engineering Co-op/Interns will gain knowledge and support experienced engineering staff in one or more of the following areas:

• Research & Development- New Media & Materials, Chemical Systems, Advanced Manufacturing Systems & Processes
• Test Engineering- Development of new laboratory equipment, procedures, and test methods
• Reliability- Product Development Risk Assessment & Failure Analysis
• Data Science- Inferential Data Analysis & Predictive Tool Creation
• Research and development work on fiber processing, filtration media processing, and material properties.
• Candidate will also perform R&D trials, generate and document test methods and processes for equipment, utilize statistics/data analysis, and apply understanding of materials/fiber processing to key projects related to filtration media.