Biochemical Engineering Impact Factor
Biochemical engineers use advanced technology and their knowledge of engineering, biology and
chemistry to create new products and manufacturing processes from biological materials. They often work with scientists and other engineers in a lab to test interactions between materials to develop product ideas. They then take those findings and work with manufacturers and technicians to develop the process for creating and manufacturing a product, often on a large, commercial scale. Biochemical engineers are problem-solvers. They find solutions to issues resulting from how materials and methods interact with living organisms and the environment. For example, they might develop a clean
fuel that comes from a natural source, create eco-friendly ways to treat water or sewage or find a better or healthier process for producing certain food or medication. Biochemical engineering is the use of biological (natural or organic) materials, such as organisms,
cells and certain molecules, to develop products and processes. Industries that depend on biochemical engineering include biotechnology, biofuels, pharmaceuticals,
water purification and food. They use biochemical engineering to research, develop and produce materials and products that will benefit society or human well-being. The resulting products are often made of a combination of organic and laboratory-produced materials. Biochemical engineers work with a variety of professionals, including scientists and chemists, other engineers, manufacturing personnel, quality assurance staff and regulatory authorities. They can work in offices, laboratories or plants. Entry-level engineers are more likely to begin their careers working in the lab or in a manufacturing plant. Those in senior positions are more likely to work in offices, directing teams.
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