OBJECTIVE A full-time position in industrial engineering or statistics with an emphasis on applied optimization in supply chain or energy systems.
EDUCATION
PhD Candidate, Industrial & System Engineering, May 2014
Rutgers University
Overall GPA: 3.6/4.0
NSF IGERT Graduate Training Fellow
Ralph Bunche Fellow
Master of Science (MS), Industrial & System Engineering, May 2013
Rutgers University
Overall GPA: 3.6/4.0
Master of Science (MS), Applied & Mathematical Statistics, May 2013
Rutgers University
Overall GPA: 3.6/4.0
Master of Engineering (MEng), Pharmaceutical Manufacturing Practices, May 2009
Stevens Institute of Technology
Bachelor of Science (BS), Ceramic Engineering, May 2007
Rutgers University
Minor in Mathematics
Magna Cum Laude
Related Courses
Deterministic Models, Energy Systems, Supply Chain Engineering, Production Analysis, Production and Quality, Systems Reliability Engineering, Life Data Analysis, Statistical Quality Control, Service Science, Regression Analysis, Methods of Statistical Inference, Design of Experiments, Interpretation of Data, Stochastic Models
Dissertation
“Simulation-Based Optimization Models for Electricity Generation Expansion Planning Problems Considering Human Health Externalities”
This research presents an approach to solving the generation expansion planning problem that minimizes human health externalities associated with pollutant emissions from electricity generation. Human health externalities are quantified by a kriging meta-model, and the generation expansion planning problem is solved by an iterative simulation-based optimization algorithm.
CERTIFICATIONS Six Sigma Green Belt, June 2009, American Society for Quality (ASQ)
EXPERIENCE
11/09 -08/10 Inventory Analyst, Bristol-Myers Squibb Company
• Executed a process improvement project that streamlined the volume & inventory projection processes.
• Developed a scenario-based inventory model to support the team in the safety stock decision-making process.
• Compiled inventory metrics reports on a monthly basis to monitor performance against targets.
01/08 -11/09 Process Optimization Coordinator, Bristol-Myers Squibb Company
• Executed a process improvement project that eliminated waste in the transfer of process knowledge from formulation scientists to clinical manufacturing.
• Managed production planning activities for oral solid dosage manufacturing for clinical supplies.
• Developed monthly metrics that detailed operational performance against performance targets.
• Gathered data & conducted ad-hoc analyses to support process improvement projects.
05/05 -01/08 Associate Technical Investigator/Intern, Bristol-Myers Squibb Company
• Employed Process Analytical Technologies (PAT) to assess characteristics of raw and in-process materials.
• Conducted Enslin studies on powder blends and granulations to measure powder moisture absorption.
• Analyzed the flow properties of in-process powders to ensure optimal material flow during production.
• Proposed, evaluated, and implemented new technology to enhance manufacturing processes.
ACADEMIC EXPERIENCE
06/11 -Current National Science Foundation IGERT Graduate Training Fellow, Rutgers University
• Utilize the DAYZER model to analyze electricity market dispatching decisions for the PJM Interconnection.
• Study the impact of dispatching decisions on marginal prices for PJM.
• Apply a multiple objective optimization methods to determine optimal power grid expansion plans.
• Participating in a multi-disciplinary project using Bayesian Belief Networks to study the externalities associated with pest infestation in Jersey City.
01/12 -Current Adjunct Mathematics Professor, Union County College
• Spring 2013 – Introduction to Algebra 2, Pre-Algebra
• Spring 2012 – Introduction to Algebra 1
09/10 -06/11 Graduate Research Assistant, Rutgers Univ...
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