About Our Students
Students who choose Chemical and Biomolecular Engineering come to Penn eager to tackle real-world problems. They relish the challenges posed by math, chemistry, physics, and the biological sciences.
A major in chemical and biomolecular engineering opens a wide range of opportunities. Chemical and Biomolecular Engineering teaches them to think across length scales that span from the molecular to the macroscopic. It enables them to move from studying chemical reactions at the nanoscale to designing industrial plants. Our graduates may move on to discover a unique molecular reaction in a cell or they may develop a method to deliver a drug to that cell. Both our undergraduate and our graduate students are uniquely positioned to influence the worlds of business, medicine, industry, and the environment and to advance the highest levels of research and academia.
Prosper Ndoro, Chemical and Biomolecular Engineering Class of 2011
CBE Senior Prosper Ndoro won first place in the Technology Research Exposition Oral Competition at the National Society of Black Engineers (NSBE) Region II conference in Greenboro, North Carolina. The conference was held from 20-22 November 2009. His on-going research is on The Reaction Mechanism of the Steam Reforming of Methanol on Pd-Zn catalysts used in the production of hydrogen used in fuel cells from methanol. The applications for fuel cells are automobiles, powerpacks, and submarines.
After winning regionals, Prosper represented Penn and all of Region II at the International Conference this Spring in Toronto. At the International Conference, Prosper placed third from among regions around the world. Learn more about the BSE in Chemical and Biomolecular Engineering.
Ankur Pariyani, Ph.D. Candidate
Ankur hails from Kota, Rajasthan - the desert state of India. He did his undergraduate study in chemical engineering at the Indian Institute of Technology in Guwahati, where he learned about "the exciting dimensions of chemical engineering and particularly, how we can innovate and tackle the most challenging problems using engineering principles."
At Penn, Ankur has developed new dynamic risk analysis techniques to identify "near-misses" in chemical plants and to predict their shutdowns and accidents - in time to take actions to prevent them. His work uses Bayesian analysis of large plant databases to provide "leading indicators" for operating personnel. He has experimented with a large fluidized catalytic cracking unit, hydrogen and air separation processes. "With an increasing uncertainty in the occurrence of low-probability, high-severity events, particularly chemical accidents, risk management using engineering principles is a proactive approach to minimize risks and overcome the myopia associated with such events," he remarks. His favorite aspect of Penn Engineering is that "it offers vast opportunities to do inter-disciplinary and collaborative research with other schools like Wharton, Medicine, etc., and with several chemical and pharmaceutical companies in the proximity." He also notes that "there is a stimulating research environment at Penn that helps you nurture your ideas and develop a broad and long-term vision to whatever you want to do." Learn more about the Ph.D. in Chemical Engineering.