Engineering Process

VICTOR CALDWELL

B.S. CHEMICAL ENGINEERING, UNIVERSITY OF SOUTH CAROLINA

ADDRESS: *** ******* *** ******** ** 29201

EMAIL: ***********@*****.*** PHONE: 803-***-****

Available upon request and willing to relocate

PURPOSE: TO OBTAIN A POSITION IN THE FIELD OF CHEMICAL ENGINEERING

EDUCATION

B.S. IN CHEMICAL ENGINEERING (May 2011)

University of South Carolina

GPA: 3.36

Some Graduate School (August 2011 to December 2012)

University of South Carolina

GPA: 2.5

PAST PROJECTS

FTIR ANALYSIS OF HETEROGENEOUSLY CATALYZED HYDROGENATION

Dr. Christopher T Williams

Summer 2008 to Fall 2009

Worked with post doc to design and operate experimental apparatus, collected and analyzed FTIR data, wrote reports summarizing results

CHARACTERIZATION OF PT-RU-SN CLUSTER CATALYSTS

Dr. Karen Uffalussy

Summer 2010

Worked with graduate student to collect FTIR data, analyzed with XPS

OPTIMIZATION OF PRESSURE SWING ADSORPTION SYSTEM

Dr. James A Ritter

Fall 2010

Worked with assistant faculty to design, build and operate experimental apparatus, collected and analyzed data, wrote reports summarizing results

MODEL OF INDUSTRIAL SOLID OXIDE FUEL CELL

Dr. Sean Rayman, Dr. Ralph White

Spring 2011 to Summer 2011

Worked with post doc to develop model and analyze results, wrote reports summarizing results

MODEL OF ZN/BR HYBRID FLOW CELL

Dr. John Van Zee

Fall 2011 to Fall 2012

Worked independently to develop model and analyze results, wrote reports summarizing results

SPECIAL SKILLS

Microsoft Office Suite Mathcad

FTIR Spectroscopy MATLAB

Programming Languages: Java, HTML/Javascript, VBA Maple

Comsol HYSYS

APPLICABLE COURSES STUDIED

Calculus : Integral, Differential and Vector Organic Chemistry

Linear Algebra : Numerical and Analytical Principles of Biochemistry

Chemical Process Principles Advanced Separation Process Principles

Advanced Chemical Engineering Thermodynamics Chemical Reactor Design

Advanced Chemical Engineering Fluid Mechanics Chemical Process Analysis and Design

Heat Flow Analysis Process Safety, Health and Loss Prevention

Advanced Mass Transfer Discrete Time Process Principles

Unit Operations Lab Chemical Process Dynamics and Controls

Chemical Engineering Kinetics Multiscale Modeling

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