I am currently studying computer science and applied mathematics at the National University of Singapore (NUS). This is a double degree programme, which will allow me to graduate with a Bachelor of Computing (BComp) in Computer Science, as well as a Bachelor of Science (BSc) in Applied Mathematics. I should graduate in 2021.

I have participated in many algorithmic programming competitions, such as the ACM-ICPC World Finals, the International Olympiad in Informatics (IOI), and the Google Code Jam. When opportunities arise, I continue to participate in such competitions.

I also tinker with technologies and write some code during my free time. See below for some of my personal projects.

Interests:

• Algorithmic problem solving
• High-performance software development
• Lock-free and wait-free parallel programming
• C++ programming language
• (and there might be more …)

Work Experience:

• Software Engineer Intern (Core Development) at Jump Trading
  June – August 2019
  This internship comprised a four-week training programme at the Chicago headquarters, and then six weeks of work at the Singapore office. I worked on the portion of the trading platform that receives market data, which is used by trading teams to efficiently receive and parse data from exchanges. My work improved the compilation time and execution performance of the trading platform.
  Technologies: C++14/17

Personal Software Projects:

• Circuit Sandbox
  May – August 2018
  GitHub repository | Poster |
  Circuit Sandbox is a digital sandbox game where users can create arbitrarily complex circuits out of simple components. To support large and complex simulations efficiently, Circuit Sandbox uses many careful optimisation techniques, such as lock-free multi-threading and C++ template metaprogramming. Circuit Sandbox is a collaboration with Kuan Wei Heng, for our Independent Software Development Project (Orbital) module at NUS.
  Technologies: C++17, Boost, SDL2
• Jelly Compiler for Brainfuck / wasm-codegen
  March 2017
  Try it here! | GitHub repository |
  Jelly is a browser-based compiler for Brainfuck, one of the most well-known esoteric programming languages. Jelly features an optimising compiler (written in JavaScript) that compiles Brainfuck to WebAssembly, which can then be compiled to native code and executed in the browser. This allows much faster execution as compared to other browser-based compilers.
  Technologies: JavaScript, WebAssembly

Competitive Programming:

• International Collegiate Programming Contest (ICPC)
  • 62^nd at ACM-ICPC World Finals 2019
  • 1^st at ACM-ICPC Yangon On-Site Regional Contest 2018
  • 7^th at ACM-ICPC Singapore On-Site Regional Contest 2018
  • 5^th at ACM-ICPC Jakarta On-Site Regional Contest 2017
• Code Jam (Handle: btzy)
  • 51^st (round 3) in 2019
  • 295^th (round 3) in 2018
  • 834^th (round 2) in 2017
  • 166^th (round 3) in 2016
  • 952^nd (round 2) in 2015
• Distributed Code Jam (Handle: btzy)
  • 155^th in 2017
  • 79^th in 2016
• International Olympiad in Informatics (IOI)
  • Bronze Medal in 2013
  • Participation in 2012 :(
• Codeforces (Handle: btzy)
  • Various random contests
• Kattis (Handle: btzy)
  • Doing some problems, with the aim of creating the fastest solution for each problem I solve

Olympiad Mathematics:

• Simon Marais Mathematics Competition (SMMC)
  • Top Quartile in 2018 (scored 31 out of 56 points)
• Singapore Mathematical Olympiad (SMO)
  • Silver Award (Open Category) in 2014
  • Silver Award (Open Category) in 2013

NUS Modules Taken:

Here is an exhaustive list of modules that I have taken in NUS. Where available, you may use my cheatsheets for your studies (but I cannot guarantee the correctness or completeness of any information on them). If you want the LaTeX source, you have to ask for it.

AY 13/14 Sem 2 (A-levels H3 programme)

• MA1101R Linear Algebra I

AY 17/18 Sem 1

• CFG1010 Roots and Wings - Personal and Interpersonal Effectiveness 1.0
• CS1231 Discrete Structures | Review | Cheatsheet
• CS2030 Programming Methodology II | Review | Cheatsheet
• GES1019 Managing Singapore's Built Environment | Review
• MA1521 Calculus for Computing | Review | Cheatsheet
• MA2101 Linear Algebra II | Review | Cheatsheet

AY 17/18 Sem 2

• CS2100 Computer Organisation | Review | Cheatsheet
• CS2105 Introduction to Computer Networks | Review | Cheatsheet
• CS3233 Competitive Programming
• CS3233R Competitive Programming (R)
• ES2660 Communicating in the Information Age | Review
• GER1000 Quantitative Reasoning | Review
• IS1103 IS Innovations in Organisations and Society | Review
• MA2104 Multivariable Calculus | Review | Cheatsheet

AY 17/18 Summer Break

• CP2106 Independent Software Development Project (Orbital) | Review | GitHub repository | Poster | Video 1 | Video 2 | Video 3

AY 18/19 Sem 1

• CS2101 Effective Communication for Computing Professionals | Review
• CS2103T Software Engineering | Review | GitHub repository
• CS2106 Introduction to Operating Systems | Review | Cheatsheet
• CS3210 Parallel Computing | Review | Cheatsheet
• CS3230 Design and Analysis of Algorithms | Review
• GEQ1000 Asking Questions | Review
• MA3218 Applied Algebra | Review | Cheatsheet

AY 18/19 Sem 2

• CP3108B Independent Work (self-directed training for ICPC World Finals)
• CS3203 Software Engineering Project | Review
• CS4231 Parallel and Distributed Algorithms | Review | Cheatsheet
• MA2108S Mathematical Analysis I (S) | Review

AY 18/19 Summer Break

• CP3200 Internship (summer internship at Jump Trading)

Personal Non-Software Projects: