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Beverly G. Smith
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| Objective | To obtain a challenging full-time engineering position |
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Education |
Master of Science, Chemical Engineering, May 2009 |
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The University of Texas at Austin |
| Bachelor of Science, Chemical Engineering, May 2007 | |
| The University of Texas at Austin | |
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Related Courses |
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| Mass Transfer, Polymer Science, C++ Programming, VLSI Fabrication, Industrial Chemical Processes, Advanced Characterization of Materials | |
| Thesis | |
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Title: Utilization of
a membrane dialysis process for solvent exchange in
a polymeric solution. The objective of the project is to investigate the feasibility of utilizing membranes to manipulate the polymer solution composition. The membrane process would simplify manufacturing steps to produce the polymer solution, which will later be used in commercial fiber formation. Experiments with ceramic membranes were conducted to demonstrate the practicality of the process. |
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| Experience | |
| 01/2007- Present | Graduate Research Assistant, The University of Texas at Austin |
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Explored dialysis,
diafiltration, and ultrafiltration concepts for
exchange between two compounds in a polymeric
solution. Evaluated different membrane materials
suitable for the application. Designed and built
appropriate systems for membrane testing. Conducted
dialysis experiments, analyzed results, and provided
theoretical explanations for the observed behavior. |
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| 01/2007- 05/2007 | Teaching Assistant, Chemical Engineering, The University of Texas at Austin |
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Led undergraduate
students to conduct experimentation in senior-level
membrane separations laboratory section. Provided
technical background of membrane gas separations,
and evaluated students' performance on experiments
and written reports. |
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| 05/2005 - 05/2006 | Research Engineer, Chemical Engineering, The University of Texas at Austin |
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Investigated the
thermodynamic (sorption) and kinetic (diffusion)
properties for a barrier polymer exposed to a
proprietary anesthetic. Determined the sorption and
diffusion properties of various organic vapors into
zeolites. Utilized SEM (Scanning Electron
Microscopy) for determining the size and shape of
the polymer samples. Operated independently to
redesign and construct experimental equipment.
Conducted a preliminary safety analysis for quartz
spring microbalance system. |
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| 05/2005 - 08/2005 | Summer Internship, Eastman Chemicals Co. |
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Supervised
technicians to modify an existing unit for a
diafiltration/ultrafiltration membrane process.
Conducted experiments at pilot scale while
optimizing operating conditions. |
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| Academic Experience |
Pellicle Material
Specifications for 157-nm Lithography Photomask.
Developed method and
strategies to purge space underneath polymeric and
glassy pellicles. Built purge system and tested for
effectiveness. Supervised an undergraduate student
to conduct permeability studies of gases through
pellicles. |
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Gas permeability
studies on PVC films.
Investigated the
permeability, selectivity, time-lag and diffusion
coefficient properties of PVC films exposed to low
pressure air. Provided consultation for material
selection based on the above-mentioned properties. |
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Fouling Prevention of
Humic Acid for Reverse Osmosis Process.
Performed studies on
commercially available membranes to minimize fouling
of brackish water in reverse osmosis process. |
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Redesign of
Pervaporation Unit for Aromatic/Aliphatic
Separations.
Reconstructed system
to increase effectiveness, and conducted experiments
to demonstrate system improvement. |
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| Skills |
Skilled in formation
technique of polymeric flat sheet membranes and
measurement of gas transport properties (permeation
and sorption) |
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Experienced in
various characterization techniques (Scanning
Electron Microscopy, Differential Scanning
Calorimetry, Gas Chromatography, Intrinsic
Viscosity, tensile and impact property mechanical
testing) |
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Experienced in
designing and building systems for experimentation
(dialysis, diafiltration/ultrafiltration, gas
permeation, vapor sorption, pervaporation) |
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Proficient with
Microsoft Office (MS Word, Excel, PowerPoint), UNIX
operating system, AutoCAD, ASPEN PLUS, JMP IN, C++ |
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Excellent team and
interpersonal skills |
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| Accomplishments |
Intern Extraordinaire
Award, Eastman Chemicals Company |
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American Institute of
Chemical Engineers (AIChE) |
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Graduate Student
Engineering Council (GSEC) |
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| Publications |
Smith, B. (2007),
“Utilization of Membrane Dialysis in Cellulose
Acetate Processing,” presented at Separation
Research Program |
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Smith, B. (2006),
“Fouling Prevention of Humic Acid for Reverse
Osmosis Process,” presented at Separation Research
Program |
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Cockrell School of Engineering at The University of Texas at Austin
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