<P> P / V α N d where d = crystallizer impeller diameter N = impeller rotation rate </P> <P> A broad term encompassing all engineering applied to the life sciences . This field of study utilizes the principles of biology along with engineering principles to create marketable products . Some bioengineering applications include: </P> <Ul> <Li> Biomimetics - The study and development of synthetic systems that mimic the form and function of natural biologically produced substances and processes . </Li> <Li> Bioprocess engineering - The study and development of process equipment and optimization that aids in the production of many products such as food and pharmaceuticals . </Li> <Li> Industrial microbiology - The implementation of microorganisms in the production of industrial products such as food and antibiotics . Another common application of industrial microbiology is the treatment of wastewater in chemical plants via utilization of certain microorganisms . </Li> </Ul> <Li> Biomimetics - The study and development of synthetic systems that mimic the form and function of natural biologically produced substances and processes . </Li>

What can you do with a chemical and biomolecular engineering degree