Co-Op - Process Engineering
United Therapeutics Corporation
Full-time
On-site
Manchester, NH
Operations
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Role Summary
Co-Op - Process Engineering
Location: Manchester, NH (onsite required for entire duration; January–July 2026). Travel: none disclosed. This is an educational co-op position supporting the Print Operations team in production of 3D-printed test specimens and related materials for cellularization in a biotech context.
Responsibilities
- Perform routine production operations to meet production deadlines, ensure chain of custody of test specimens and products, and maintain high product quality
- Record laboratory documentation and input standardized data to ensure traceability; follow all work instructions (WIs) and standard operating procedures (SOPs)
- Provide feedback to improve processes and documentation; assess risks with guidance and training
- Support scale-up and process improvement initiatives as guided by engineers and managers
- Perform additional duties as required
Qualifications
- Minimum: rising sophomore or above, enrolled in an academic program for the duration of the assignment; pursuing a degree in Material Science, Polymer Science, or Chemical/Biomedical/Mechanical Engineering or related field
- Available 40 hours/week onsite in Manchester, NH from January through July 2026
- 1+ year of hands-on lab experience
- Knowledge of mixing formulations, solutions, and cell culture media
- Knowledge of 3D printing biomaterials and post-processing techniques
- Strong attention to detail, knowledge of GLP, ability to follow experimental methods and protocols
- Ability to manage day-to-day tasks, multitask, and collaborate cross-functionally to resolve issues
Preferred Qualifications
- Experience with large-scale mixing/solution scale-up in production or manufacturing/operations
- Quality control experience with raw materials
- Experience with GxP documentation practices
- Knowledge of polymer chemistry/material science; experience with characterization methods of biological and polymeric materials
- Knowledge of perfusion bioreactors for perfusable 3D-printed models