Biomedical Engineering Research and Development Qualifications
•Lab and design experience with exposure to Instron testing equipment, in-vivo and in-vitro environments
•Software experience in Minitab Statistical Analysis, MatLab Coding, and Solidworks CAD
•Formal industry training including statistical feasibility testing and report writing
Biomedical Engineering and Pre-Med Education, Honors and Activities
UNIVERSITY OF ROCHESTER Rochester, NY
Bachelors of Science in Biomedical Engineering Anticipated May 2015
Concentration in Cell and Tissue Engineering
Fulfilling Pre-med requirements
•3.23 GPA as of Fall 2015; Alice DeSimone Leadership Award 2015 Nominee
•President of Delta Upsilon Fraternity: Coordinated service trip building schools in Jamaica, Global Service Symposium
•President of Engineers Without Borders: Wrote grants and got projects approved in Kenya and Dominican Republic
•President/founder Club Lacrosse: School and nationally recognized team of 30 students, recruited sponsors, scheduled season
•Residential Advisor; Member of Biomedical Engineering Society (BMES); Member of Alpine Ski
Biomedical Engineering Research and Development Courses and Projects
Senior Design Seminar; Human Anatomy w/Lab; Cell & Tissue Engineering w/Lab; Quantitative Physiology; Thermodynamics; Cellular Biology; Biomaterials; Biomedical Computations and Statistics; Heat and Mass Transfer; Biosignals, Systems, and Imaging w/ Lab; Biosystems and Circuits w/ Lab; Biomechanics; Biomedical Engineering w/ Lab; Fluid Dynamics; Biochemistry; Organic Chemistry w/ Lab; Principles of Biology w/ Lab; MatLab w/ Lab; Chemistry w/ Lab; Physics Electricity and Magnetism and Mechanics w/ Lab; Linear Algebra w/ Differential Equations; Multivariable Calculus; Calculus
•Bladder Cancer Simulation Senior Design Project, Fall 2014/Spring 2015: strategize, design, and prototype surgical simulator for TURBT endoscopic procedure. Communicate with medical professionals to produce effective product.
•Collagen Coherency, Spring 2014: performed image analysis, utilizing MatLab, on various samples of immunofluorescent mice tumor in order to quantify and determine the impact of MMP13 enzyme knockout on collagen coherency within the tumor.
•Neural Amplifier, Spring 2013: team of 2, designed and built electrical device that took neural synapsis action potential inside grasshopper, filtered and amplified signal, and had voltage output to computer or speaker.
•MatLab Reaction Time Modeling, Fall 2012: team of 3, developed MatLab program where users can scroll different variables that compose a reaction time. Program displays distribution of reaction times graphically using a random-walk algorithm.
•Sit-to-Stand MatLab Project, Fall 2012: analyzed sit-to-stand mechanism of test subjects using forces recorded on force plates. Wrote MatLab program that took forces then calculated and plotted acceleration, velocity, and position. Trajectory was analyzed and represented in formal report.
Heal...
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