2016年研发费用,2016年产品研发实习英文简历模板

Objective

　　Summer internship in Chemical Engineering/Biotechnology utilizing:

　　Substantial knowledge of both Chemical and Biomolecular Engineering principles along with a background in Chemistry and Biology demonstrated in both academic and research settings.

　　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.

　　Strong written and verbal communication skills including experience presenting technical findings in written reports, project proposals, and poster presentations.

　　Outstanding organizational abilities demonstrated through leadership positions in many different campus organizations.

　　Knowledge of Excel, Word, and basic MATLAB.

　　Education

　　JOHNS HOPKINS UNIVERSITY

　　Baltimore, MD

　　Bachelor of Science in Chemical and Biomolecular Engineering

　　Expected May 2013

　　Overall GPA 3.2/4.0; Major GPA 3.3/4.0

　　Concentration: Molecular and Cellular Bioengineering

　　Bloomberg Scholarship, awarded for academic excellence

　　American Institute of Chemical Engineers, President 2012-2011, Vice President 2011-2010

　　Society of Women Engineers Member, Social Chair 2011-2010

　　Alpha Phi Sorority, President 2009-2010

　　Selected Chemical and Biomolecular Engineering and Related Courses and Projects

　　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.

　　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)

　　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)

　　Chemical Engineering and Related Research Experience

　　DEPARTMENT OF CHEMICAL ENGINEERING

　　Baltimore, MD

　　Research Assistant

　　Fall 2011-Spring 2012

　　Cloned genes from the bacterium, Clostridium thermocellum and inserting them into E-coli.

　　Utilized laboratory techniques including PCR, miniprep, and electrophoresis.

　　Project investigated genetic material and its possible use in fuel cells.

　　DEPARTMENT OF BIOMEDICAL ENGINEERING

　　Baltimore, MD

　　Research Assistant

　　Fall 2009-Spring 2010

　　Developed and perfected the experimental procedure for testing the effects of ultrasound on a monolayer of cells in Professor Dalecki‟s lab.

　　Studied the effects of ultrasound on extracellular membrane proteins focusing on fibornectin.

　　Designed and implement protocols using ultrasound equipment.

　　Developed a proficiency in cell culture techniques

　　Trained in basic methodology for laboratory mice and animal resource orientation.

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