KIMBERLEY J. DE SOUZA
**** ****** ****** + Reno, NV 89503 +775-***-**** +
*********.*.*******@*****.***
PROCESS ENGINEER
Talented and results-driven professional with experience conducting
qualitative testing for research and development (R&D) initiatives.
Enthusiastic recent graduate with MS in Material Science and Engineering
eager to utilize and expand upon educational background. Broad knowledge of
research methodologies, data collection practices, and statistical analysis
techniques. Thorough understanding of organic synthesis, catalytic reaction
systems, and multiple analytical methods including GC-MS, and FTIR. Proven
ability to work collaboratively and complete projects within stringent
deadlines. Fluent in English, French, and Hindi. Skill set includes:
Technical Writing + Process Control + Quality Assurance + Troubleshooting +
Report Generation + Sample Preparation + Biodiesel Production +
Leadership & Teambuilding + Records Management
Technology Proficiencies: MATLAB, CHEMCAD, AUTOCAD, CHEMDRAW, Minitab,
Microsoft Office Suite
EDUCATION
MS in Material Science & Engineering + University of Nevada, Reno, NV
(2012)
Thesis: Silicotungstic Acid Anchored to Mesoporous Ciliceous Support as a
Catalyst for Production of Biodiesel
Relevant Coursework: Characterization of Materials, X-ray Diffraction,
Advanced Ceramic Engineering, Electron Microscopy, Interfacial Phenomenon,
Fundamentals of Research
BS in Chemical Engineering + University of Pune, Pune, India (2011)
Relevant Coursework: Mass Transfer, Heat Transfer, Thermodynamics, Chemical
Reaction Engineering, Process Dynamics and Control, Process Equipment
Design, Fluid Flow Operations, Unit Operations, Process Modeling and
Simulation, Project Costing and Appraisal, Technical Communication,
Catalysis, Transport Phenomenon, Chemical Plant Engineering, Process
Calculation
Senior Project: Played key role in microwave-assisted production of
biodiesel from non-edible oils such as Pongamia pinnata using base
catalysis, procuring feedstock and modifying domestic microwave oven to
reactor.
EXPERIENCE
University of Nevada, Materials and Electrochemical Research (MER) Lab +
Reno, NV 2011 to 2012
Research Assistant - Corrosion, Electrochemical Engineering, and
Spectroscopy
Enlisted to support design, engineering, R&D, and characterization of
materials for electrochemical applications in sustainable energy generation
and environmental protection. Reported to Director of MER Lab and carried
out experiments related to production of biodiesel from waste oils high in
free fatty acid content including characterization of novel solid acid
catalysts and analysis of products. Conducted qualitative tests to identify
fatty acid methyl esters (FAME) via GC-MS. Collaborated with fellow
graduate student at University of Utah to coordinate Brunauer, Emmett, and
Teller (BET) surface area analysis and performed scanning electron
microscope (SEM) imaging.
. Achieved 84.2% conversion of free fatty acid to FAME with 30% loaded
catalyst on mesoporous support.
. Proved one-step esterification method of conversion of free fatty acid to
FAME for oils high in free fatty acid content (rather than 2-step
esterification - transesterification process).
. Demonstrated that surface area of heteropoly acids can be increased by
loading on mesoporous support.
University of Nevada + Reno, NV 2011
Teaching Assistant
Provided aid for students in Process Calculation class. Proctored exams and
graded tests and homework. Supervised approximately 30 individuals and
served as resource regarding subject matter questions and issues with
assignments.
AFFILIATIONS & COMMUNITY INVOLVEMENT
American Chemical Society (ACS)
University of Nevada Young Alumni Chapter
Young Professional Network, Reno-Tahoe Chapter