About Me
Education: BA in Applied Mathematics, Dartmouth College
2022
Relevant Coursework: Scientific Computing, Introduction
to Programming and Computation, Multivariable Calculus with Linear
Algebra, Calculus of Vectored Valued Functions, Linear Algebra,
Differential Equations, Math Beyond Calculus, Abstract Algebra,
Probability, Number Theory, Intro to Set Theory, Evolutionary Game
Theory, Topics in Applied Mathematics
Interests: Software Engineering, Hiking, Camping,
Football, Cooking, Traveling, Poker/Playing Cards
Dartmouth Football
(Bio) :
Athletics have always been a strong passion of mine. I've played
sports for my entire life including football, wrestling, and soccer.
In high school, I recieved All-American honors in heavyweight
wrestling in the National Preps tournament as well as All-District and
All-State honors for football both my junior and senior year. After
highschool, I was fortunate enough to play football at Dartmouth
College. At Dartmouth, I found success both individually and as a
member of the team, having won two Ivy-League championships during my
time there. Moreover, I was incredibly honored to have received
various individual accolades which can be found on my resume above.
Projects
Soundscape
(Github):
Application for reviewing albums. Users can review/view albums and view
other users reviews. Used Flask and SQLAlchemy to create a database and
a RESTful API backend. Leveraged React Router to set up navigation
between different components on the application. Authenticated users and
added password protection/hashing using Bcrypt. Employed React.js and
Vanilla CSS to style the front end of the site.
F1 Flask Paced
(Github):
Website for browsing F1 drivers and races which allows users to read and
post both as well as views stats. Used Flask and SQLAlchemy to create a
database and a RESTful API backend. Employed React.js for the frontend
and used Vanilla CSS to style. Used React Router to set up navigation
between different components on the application.
Flats After Flatiron
(Github):
Command line interface program that allows users to browse, schedule,
and edit vacations at various properties. Utilized SQLAlchemy to create
a database with three different models (Traveler, Domicile,
Vacation(join)). Included two many-to-many relationships as well as one
reciprocal relationship. Validated user input for login and new date
entry.
Brew Dog Brewery
(Github):
Website for a Brewing company entitled Brew Dog. Allows users to
browse/search for/add beer. Employed React.js and Bootstrap to style the
front end of the site. Fetched data from an existing API to create beers
to display. Leveraged React Router to set up navigation between
different components of the application.
Blackjack (React)
(Github):
During my Udemy class in Python, I created a program to play Blackjack
using OOP. I then built Blackjack in React in order to aid my learning
in Javascript. All of the standard rules of blackjack apply (dealer must
hit until above 17, aces can be both 1 or 11, both dealer and player
bust above 21, etc.). The game gives the player 100 chips to start out
and allows them to bet these chips at the start of each hand. The player
has the option to either continue with an existing game (if they still
have chips remaining) or start a new game at any point.
Interactive Dartmouth Map (Python)
(Github):
As my final project in one of my programming classes at Dartmouth, I
created an interactive map of Dartmouth that includes vertices at each
of the main walking areas on campus. The map allows you to click on any
vertex on the map and then hover over any of the other vertices to
determine the shortest walking path between them. The search algorithm
is a breadth-first search algorithm that utilizes backchaining.
Calendar (Python)
(GitHub):
This is an interactive calendar with a year of your choosing that I
created in Python using OOP. This project allows you to schedule events
(with options to schedule them with a time or as daily or weekly
recurring events), search for events in the calendar with specifications
such as time or recurring, and finally browse the calendar with all of
the events you have scheduled.
Solar System (Python)
(Github):
During my time at Dartmouth, I built and interactive solar system using
Python and OOP. It includes the Sun, Mercury, Venus, Earth, and Mars
with realistic gravitational pull and orbiting for each body in the
system. I would have liked to inlcude the rest of the solar system
(which would have been easy to implement), but given the extreme
distances between the rest of the planets, it would be difficult to
simulate them all in the same window.
