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Donald Jobs
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No.67, Lane123, Job Road, Job District, Shanghai, China
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service@55.la
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(+86) 0592-5885308
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Objective
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Summer internship in Chemical Engineering/Biotechnology utilizing:
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Substantial knowledge of both Chemical and Biomolecular Engineering principles along with a background in Chemistry and Biology demonstrated in both academic and research settings.
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Strong research abilities including experience implementing various research protocols using a variety of laboratory equipment, analyzing and collecting different types of data, and summarizing findings in written laboratory reports.
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Strong written and verbal communication skills including experience presenting technical findings in written reports, project proposals, and poster presentations.
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Outstanding organizational abilities demonstrated through leadership positions in many different campus organizations.
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Knowledge of Excel, Word, and basic MATLAB.
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Education
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JOHNS HOPKINS UNIVERSITY
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Baltimore, MD
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Bachelor of Science in Chemical and Biomolecular Engineering
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Expected May 2013
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Overall GPA 3.2/4.0; Major GPA 3.3/4.0
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Concentration: Molecular and Cellular Bioengineering
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Bloomberg Scholarship, awarded for academic excellence
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American Institute of Chemical Engineers, President 2012-2011, Vice President 2011-2010
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Society of Women Engineers Member, Social Chair 2011-2010
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Alpha Phi Sorority, President 2009-2010
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Selected Chemical and Biomolecular Engineering and Related Courses and Projects
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Modeling Dynamics & Control for Chemical and Biological Systems, Biomolecular Engineering Lab, Kinetic Processes, Chemical & Biological Separations, Applied Physical Chemistry, Transport I & II, Biochemistry Lab, Thermodynamics, Biochemistry, and Introduction to Chemical & Biological Process Analysis.
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Serial Nanofilter: Developed a prototype that demonstrates serial filtration using ultrathin silicon membranes. Project includes designing, building, and testing the device. (Fall 2010-Spring 2011)
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Mass Transport from a Dissolving Particle: Created a simulation of a spherical water dropletfrom an inhaler traveling down the respiratory system using MATLAB. Summarized the findings in a paper. (Fall 2009)
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Chemical Engineering and Related Research Experience
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DEPARTMENT OF CHEMICAL ENGINEERING
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Baltimore, MD
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Research Assistant
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Fall 2011-Spring 2012
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Cloned genes from the bacterium, Clostridium thermocellum and inserting them into E-coli.
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Utilized laboratory techniques including PCR, miniprep, and electrophoresis.
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Project investigated genetic material and its possible use in fuel cells.
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DEPARTMENT OF BIOMEDICAL ENGINEERING
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Baltimore, MD
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Research Assistant
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Fall 2009-Spring 2010
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Developed and perfected the experimental procedure for testing the effects of ultrasound on a monolayer of cells in Professor Dalecki‟s lab.
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Studied the effects of ultrasound on extracellular membrane proteins focusing on fibornectin.
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Designed and implement protocols using ultrasound equipment.
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Developed a proficiency in cell culture techniques
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Trained in basic methodology for laboratory mice and animal resource orientation.
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