Chemical Engineer
A Chemical Engineer designs and develops the processes and methods needed to mass produce new plastics materials and composites in a cost-effective and environmentally friendly manner.
Job Description
When the experiments with chemicals under highly pressurized conditions in the late 1920’s went awry and lost pressure, researchers at the Imperial Chemical Industries Research Laboratory, found that ethylene and benzaldehyde had combined in their reaction tube to produce a white waxy substance resembling plastic. They had discovered polyethylene which found uses in insulating cables, soda bottles, dry-cleaning bags, and plastic food storage containers. It is currently the largest volume plastic produced in the world. In many companies, Chemical Engineers are responsible for the development of new materials and materials blends.
Daily Activities
- performs chemical analysis of a material
- interprets data on material properties
- interacts with customers
- coordinates projects
- performs administration duties
A Chemical Engineer has roles in both the design and production processes, as well as in administration. The majority of the day is spent performing the tasks necessary to develop the processes needed to make a product.
In the analysis and design of new polymeric materials, Chemical Engineers perform chemical analysis of new materials to determine their properties and functionality under a range of conditions. Often, they assist in failure analysis of a product. An examination of production processes, an analysis of costs, and consultation with the plastics team allows Chemical Engineers to develop solutions for the mass production of a product suitable to customer needs. Often within the project coordination, the Chemical Engineer will need to monitor progress of the research and development team to ensure quality standards and to motivate key employees to complete the project on time and within budget.
Communication with team and others through email, phone, written reports or meetings regarding progress or difficulties on a regular basis will only ensure a quality product. Chemical Engineers often communicate with customers, as they act as a liaison between the customer and the company, meeting with customers to determine job requirements, and to address quality concerns. The Chemical Engineer may also present recommendations and plans to the customer, with regular communication and follow up to provide progress reports and to guarantee customer satisfaction.