Staff Engineer, Process Development

This position leads the development, optimization, scale-up, and industrialization of manufacturing processes involving coatings, films, polymers, plastics, laminations, and adhesive or thermally activated bonding systems. The role applies chemical engineering fundamentals, thermodynamics, heat transfer, material science, and structured experimentation to establish robust, repeatable production processes and transfer them successfully into manufacturing. The Staff Engineer, Process Development and their small, focused team of 3-4 Engineers and Techs partners closely with R&D/Product Engineering, Process Engineering, Equipment Engineering, Automation & Controls, Quality, Operations, and suppliers to move technologies from concept and pilot development through qualification and production release.

• Lead development, optimization, scale-up, qualification, and production release of roll-to-roll and other material-conversion processes involving coatings, films, polymers, plastics, laminations, patterning and adhesive or thermally activated bonding systems; translate material and product requirements into scalable manufacturing processes.
• Apply thermodynamics, heat transfer, adhesion science, web handling, tension control, and material behavior to characterize the relationship among temperature, pressure, dwell time, line speed, web tension/alignment, material chemistry, surface condition, equipment behavior, and finished-product performance; establish robust process windows and critical process parameters.
• Design and execute structured experiments, including DOE and statistical analysis, to evaluate materials, formulations, equipment, and process conditions; troubleshoot complex coating, bonding, delamination, curing, thermal, and material-related failures and drive permanent corrective actions.
• Partner with R&D/Product Engineering, Process Engineering, Equipment Engineering, Automation & Controls, Quality, Operations, and suppliers to define equipment and control requirements, complete engineering trials and validations, and transfer new processes into stable high-volume manufacturing.
• Maintain a clean and orderly work area; follow prescribed safety and environmental regulations.
• Demonstrate Cel Link's culture of integrity, teamwork, self-discipline, and professional competence; perform other duties as assigned.

• Bachelor's degree in Chemical Engineering, Materials Science or Engineering, Polymer Engineering, Chemistry, Mechanical Engineering, or a related technical discipline.
• 7+ years of relevant engineering experience in process development, manufacturing engineering, materials engineering, or a related role, including experience scaling processes from development or pilot scale into production.
• Demonstrated experience with coatings, films, polymers, plastics, laminates, adhesive bonding, film converting, and thermally activated adhesive systems, with strong working knowledge of thermodynamics, heat transfer, and temperature-dependent material behavior.

• Master's degree or Ph.D. in Chemical Engineering, Materials Science, Polymer Science, Chemistry, or a related discipline.
• Hands-on experience with roll-to-roll or web-based process development, including web handling/tension control, coating or adhesive application, lamination, thermal bonding/curing, and process scale-up in high-volume or automated manufacturing.
• Knowledge of polymer rheology, adhesion science, surface energy, thermal conductivity, thermal expansion, temperature mapping/profiling, and material characterization.

• Strong experimental design, data analysis, structured problem-solving, and root-cause analysis skills; able to connect material properties, thermal behavior, equipment conditions, and process variables to manufacturing performance.
• Hands-on technical leadership with strong cross-functional communication and influencing skills; comfortable making sound decisions with incomplete information and balancing technical rigor with the speed required in a rapidly scaling manufacturing environment.

The employee’s primary workspace will be located on the manufacturing floor, requiring daily, hands-on engagement with manufacturing processes, equipment, and operations. During the workday, the employee regularly moves throughout a large manufacturing facility and may stand or walk for extended…