Chemical Engineering Fields of Study

The chemical engineer applies the basic prinicples of chemistry, physics, and mathematics to the safe and efficient development of such useful industrial processes and products as petroleum refinement, paints, electronic components, and biotechnology. Chemical engineers are prepared for positions in the operation, development, design, construction, and management of chemical, environmental, life-science, materials and other industries which subject raw materials to chemical and physical changes to produce desirable products, as well as positions in research institutions and government.

Bioengineering/Biomedical Engineering Many biological problems can be solved by applying chemical engineering principles and technologies to the chemical processes of living organisms.Certificate Program in Biomedical Engineering FAQs: What is Biomedical Engineering? What do Biomedical Engineers do? What are the career prospects for Biomedical Engineers? Who is doing Biomedical Engineering in Chemical Engineering Department? For answers see website: click here Potential Employers: see link click here Contact: Dr. Cerasela Zoica Dinu E-mail: cerasela-zoica.dinu@mail.wvu.edu

Fluidization and Particle Systems Many chemical processes involve the flow of particles in a gas or liquid, and chemical engineers help designers and manufacturers efficiently and safely produce products best suited for their intended purposes.

Materials With their understanding of the chemical composition of materials used in the manufacture of products, chemical engineers help designers and manufacturers efficiently and safely produce products best suited for their intended purposes.

Phase Equilibria and Separation Processes Chemical engineers often work to improve industrial processes in which materials undergo phase changes (liquid to gas, for example).

Reaction Engineering and Catalysis Many chemical processes involve complex reactions among the various chemicals used, and chemical engineers contribute their expertise to improving these processes through design of reactors and better catalysts.