Research /Process Chemical Engineer - Chemical Engineering ...
Research /Process Chemical Engineer - Chemical Engineering ...
Research /Process Chemical Engineer - Chemical Engineering ...
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Robert W. Leighty<br />
29 N Miller Ave (856) 514-3456<br />
Carney’s Point, NJ 08069 leightrw@udel.edu<br />
EDUCATION<br />
University of Delaware, Newark DE Fall 2012 (expected)<br />
Ph.D. Candidate <strong>Chemical</strong> <strong>Engineer</strong>ing; GPA 3.9/4.0<br />
Thesis Topic: Computational tools for dynamic metabolic flux analysis<br />
Advisors: Maciek R. Antoniewicz and Babatunde A. Ogunnaike<br />
Rowan University, Glassboro NJ May 2007<br />
B.S. <strong>Chemical</strong> <strong>Engineer</strong>ing; GPA 3.9/4.0<br />
RESEARCH & PROFESSIONAL EXPERIENCE<br />
University of Delaware Newark, Delaware<br />
Graduate <strong>Research</strong> Assistant (Fall 2007 – present)<br />
• Development of computational tools to determine metabolic fluxes in transient<br />
cultures at metabolic non-steady-state<br />
• Construction of a user-friendly interface for dynamic metabolic flux analysis<br />
• Application of metabolic flux analysis techniques for construction and validation<br />
of metabolic network models<br />
Rowan University Glassboro, New Jersey<br />
Recovery of Platinum Group Metals (PGM) (Fall 2006 to Spring 2007)<br />
• Industrially sponsored group based research project analyzing a novel approach<br />
for recovery of PGMs<br />
• Construction of an experimental system to characterize kinetics of PGM recovery<br />
• Development of techniques to reduce reagent consumption for PGM recovery<br />
Wastewater Minimization (Spring 2006)<br />
• Industrially sponsored interdisciplinary group based research project to optimize<br />
water usage for a petroleum refinery<br />
• Characterized quality of available waste streams and constraints of incoming<br />
water uses for future pinch analysis<br />
Protein Aggregation (Fall 2005)<br />
• Group based research project for the development of computational tools to<br />
analyze non-native protein aggregation