DuPont - Midland, MI
posted 5 months ago
The IFF Pharma Solutions business is a key player in the production and sale of high-performance cellulose derivatives, alginates, and related polymers, which are utilized in a wide range of applications across the Pharmaceuticals, Food, Industrial Specialties, and Personal Care markets. This segment of the company has demonstrated significant profitability and growth over the years, making it a vital part of IFF's overall strategy. As a Process Research Engineer I, you will be integral to the Technology and Process expertise within the Pharma Solutions business, which is a strategic focus area that provides a competitive edge in the market. In this role, you will collaborate with various functions including Research and Development (R&D), Innovation, Regulatory, Manufacturing and Technology, and Marketing to support and execute innovation and technology development initiatives. Your primary focus will be on the Methocel, Ethocel, and Polyox product lines, particularly in food and nutrition applications. You will be part of the Process R&D team, contributing to technical research that supports the team's overall objectives and workload. As the solids processing expert, you will apply your engineering and chemical research skills to develop new process capabilities that enhance cost efficiency, product quality, and throughput. You will define optimal process conditions for producing products, with a focus on food and beverage applications, while also considering pharmaceutical excipients, personal care products, and industrial additives. Your responsibilities will include the development and documentation of process technology information, leading multiple projects, designing experiments, and delivering high-quality data. You will also troubleshoot commercial manufacturing processes and scale up new process technologies by conducting trials at lab, pilot, and production scales. Additionally, you will apply and develop analytical techniques to evaluate processes, focusing on key performance attributes, product defects, and by-products.