Objective – To apply critical thinking, analytical, and communication skills to get a job as a chemical engineer in a challenging environment.
Education
Bachelors of Science, Chemical and Life Sciences Engineering, Virginia Commonwealth University, May 2015
GPA: 3.138/4.00
Applicable Courses
• Thermodynamics of Phase Equilibria • Transport Phenomena • Chemical Reactions Engineering
• Unit Operations • Process Control • Mass and Energy Balances • Pharmaceutical Engineering
Relevant Experiences
Senior Design Project: RLC Separations Technology (Sept. 2014 – May 2015)
Analyzed operation of Anaerobic indirectly heated calciner used for oil separation
Performed Design of Experiments to identify and optimize operating parameters for higher percentage of oil recovery
Analyzed scale up effects using bench scale and AspenPlus simulations
Case Study Nevirapine: Bench to commercial Scale-up (Fall 2014)
Analyzed patents to determine most efficient process for the drug Nevirapine
Performed cost analysis and process flow for production of Nevirapine
Developed a commercial scale process to produce 1200MT of Nevirapine a year
Determined that Nevirapine, as currently made, is too expensive to produce for developing countries which agrees with the current drug sales
Quest Innovation Fund (QIF): Bioenergetics Intern (May – August 2014)
Developed/built an exhibit on display at the Science Museum of Virginia
Provided content and organization to student run project through VCU.
In process of patenting the exhibit
Undergraduate Researcher VCU (October 2012 – December 2014)
Developed hydrogen peroxide bandage system to encourage wound recovery
Performed simple design of experiment and data analysis
Publications
“Hydrogen peroxide loaded cellulose acetate mats as a controlled topical O2 delivery devices” In Press
Skills/Qualities
Proficient with Microsoft: Word, PowerPoint, Excel (Visual Basic), Visio, Project (MS Project)
Design of Experiment using JMP statistical software
AIChE safety (SAChE) certification
Experience with AspenPlus
Lab Equipment/Procedures: centrifuge, vapor hoods, UV-VIS spectrophotometer, gas chromatography, infrared spectroscopy, filtration thru Buchner funnel, refluxing, Differential Scanning Calorimetry, Thermogravimetric Analysis, NMR spectroscopy, Scanning Electron Microscopy
References - Available upon request