Catalogue

This is where I list all major and minor personal projects. Minor projects refer to smaller projects that I completed that are not listed on the Prjectss Directory page.  These projects are lower-effort and not as rigorous, typically taking a few days to a few weeks instead of the usual month or two that larger projects require. Because of this, I never bothered to create documentation for them and the code is not made public (If you are interested in playing around with the code, feel free to contact me!). 

The project denoted with an asterisk (*) are major projects that can also be found on the homepage. Projects affiliated with the Waterloo Undergraduate Computational Physics Group (WatCompPhys) are denoted by a "w". Projects affiliated with Waterloo Rocketry are denoted with an "r". Projects currently in progress are denoted with ellipses (...).

The term number (ex. "1B") refers to terms of study at the University of Waterloo. Here, they can refer to the term itself and/or the break/Co-Op/off-term immediately following the term (This is because off and co-op terms have no term number. Also, I did some of these projects long before this catalougue was created and I only remember the nearest term, not the specific date when it was undertaken). 

Catalogue List

The catalougue is arranged in rough chronological order.

* refers to major projects. "w" refers to projects affiliated with WatCompPhys. "r" refers to projects affiliated with Waterloo Rocketry

• Simulating VSEPR theory - A Monte-Carlo Approach to the Thompson Problem (2A)

• Celestial Hydrodynamic Simulation of Self Gravitating Gas and Dust  (2A)

• Gravitational Waves of Imperfect Neutron Stars and Inspiralling Systems (2A) (w) (...) *

• The Classical N-Body problem With Gravitation, Rutherford Scattering, Ionic Bonding and more (2A)

• Frequencies of Tidally Damped Insipralling Binary Star Systems (2A) (...) (w)

• Simulating Strange Attractors (2A)

• Vortex Formation in Bose-Einstein Condensates (2A)*

• Thermalisation and Recurrence of the Fermi-Pasta-Ulam Problem (1B)*

• Modelling Payload Descent Path with OpenRocket (1B) (r)

• Ferromagnetism and the Ising Model (1B)*

• The Quantum Heisenberg Model (1B)

• The Greatest Neutron Star (1B)*

• Modelling Infrared Spectral Intensity with Gas Absorption Effects (1A) (r)

• The Black-Scholes Stock Market Model (1A)*

• The Newtonian three body problem (1A)

• Visualisation of the Exact Solution to the Two Body Problem through Desmos (H.S.)

• Desmos Suite of Basic Simulations for Physics Students (H.S.) (This is a private project constantly in development. This suite is for my tutoring students only.)

Music

Previous Affiliations and Achievements

Silver Award at the International Music Festival and Competition, RCM Level 10 Division