Undergrad:
Major: B.S. in Biochemistry
Minor: Mathematics
Overall GPA: 3.40
Major GPA: 3.20
Last 2 Years: 3.66
GRE (V/Q/AR): 161/159/3.5
Relevant Coursework:
Calculus I ( B )
Calculus II ( B )
Calculus III (A)
Statistics (AP)
Linear Algebra (B+)
Mathematical Proof (A)
Biological Data Analysis ~ Biostatistics (B-)
Modeling Biological Systems ~ Advanced Biostatistics (A)
Research Experience:
Stochastic model of plant-pollinator mutualism.
Disease propagation within an individual-based metapopulation network.
- Presented at a regional conference.
- Has positive prospects of getting published.
Markov state model for molecular dynamics simulations.
Computer vision algorithm to locate and count chromosomes in fluorescent microscopy stacks
- In press as a coauthor.
Immersive technologies for visualization of high-dimensional data.
Relevant Skills:
Proficient in R, Python, C, and Java.
Letters of Recommendation:
Chair of the mathematics department with whom I've done research. (Excellent)
Biology professor with whom I've done research. (Excellent)
Biophysics professor with whom I've done research. (Excellent)
My academic advisor. (Good)
Research Interest:
Application of causal inference and machine learning with biosignals for rapid and reproducible diagnosis technologies.
Considering applying to (PhD):
Johns Hopkins University (Reach)
University of Rochester
Harvard University (Reach)
University of Pennsylvania
University of Pittsburgh
Boston University
University at Buffalo
Yale
Vanderbilt (Reach)
Are my goals too lofty?