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10 weeks ago
32 weeks ago
I've been curious about science, programming, and building things my whole life. I've been a programmer since age 10, and devoted my education to computers and science. Now I want to write software and solve technical problems that really change the world for the better.
* Currently constructing low-dimensional regression models of complex immunological phenomena and writing model simulations
* Frequently build utilities in Python, Perl and shell scripts to automate research tasks
* Release utilities to other scientists; maintain and improve them from feedback
* Responsible for system administration of 600-core $285,000 Beowulf cluster
* Studied the impact of peptide sequence on TCR/antigen
complex with molecular dynamics simulations; published in Journal of Physical Chemistry (http://dx.doi.org/10.1021/jp202471d)
* Developed C++ Monte Carlo simulations to search for macrostructure formation on T cell surfaces
* Implemented hydrogen-bonding functionality in the PL statistical potential library using C++
* Comprehensively researched and implemented Burr Type XII probability
distribution in Matlab
* Integrated contributions into consumer product
* Increased relative accuracy of Burr probabilities by a factor of two through
analytical approximation
* Presented and defended design before 5-person
development team and head of statistical development
* Contributions to be incorporated into next release, to be used by thousands
of customers
* Implemented an improved BLAT-like plasmid sequence feature detection
algorithm web application in Python and Django
* Developed interactive AJAX library for plasmid feature visualization
and analysis, using the Raphaëljs and jQuery JavaScript frameworks
* Became functionally proficient in new languages (JavaScript) and technologies
(Django) within one week
* Contributions incorporated into the website, used by thousands of biology
laboratories worldwide (http://addgene.org/browse/sequence/6807/)
* Led discussion sections in general chemistry, thermodynamics, and
graduate-level statistical mechanics courses
* Independently created, solved, and taught Matlab Monte Carlo simulation project
to introduce chemistry graduate students to stochastic simulation
* Tutored individual students on specific issues, from programming to mathematical
techniques
* Graduate-level coursework: biophysics, statistical mechanics, and quantum mechanics
* GPA: 4.9/5.0
* Comprehensive Honors in the chemistry major and the liberal arts
* GPA: 3.5/4.0
* Computer science coursework included:
- data structures, discrete math
- assembly programming, digital circuit design
- artificial intelligence, algorithmic analysis, and operating systems
- numerical methods, advanced numberical methods