About

I am an enthusiast software engineer with a keen interest on Programming Languages, Life Sciences, Swarm Intelligence, Astrophysics, Aquascaping, Motorsports, and Traveling.

Following is a list of resources that I found interesting over the course of the years.

• The Reactive Manifesto

  Description of reactive systems.

• Learn OpenGL

  The online book for learning OpenGL!

• Crafting Interpreters

  Crafting Interpreters contains everything you need to implement a full-featured, efficient scripting language.

• How WebRender gets rid of jank

  Deep dive into Firefox WebRenderer.

• Implementing a linear Quadtree in Rust

  A Quadtree implementation using a Z-order curve .

• Learning to Fly: Let’s simulate evolution in Rust!

  A series of Rust articles describing a simulation of evolution using neural network and genetic algorithm.

• The Barnes-Hut Galaxy Simulator

  This article explains how to use the Barnes-Hut algorithm for effectively solving N-Body problems.

• Introducing Glommio, a Thread-per-Core Crate for Rust & Linux

  Introduction to Glommio, a Cooperative Thread-per-Core crate for Rust & Linux based on io_uring.

• Monads and GATs in nightly Rust

  Deep dive of Haskell Higher Kinded Types (HKT) in Rust.

• Rust Collections Case Study: BTreeMap

  A case study about the implementation of BTreeMap in the Rust standard library.

• Donut math: how donut.c works

  ASCII art that prints a 3D donut.

• How to Code a Neural Network with Backpropagation In Python (from scratch)

  In this tutorial, you will discover how to implement the backpropagation algorithm for a neural network from scratch with Python.

• Google Interview Problems: Ratio Finder

  Article based on a series of posts about Google interview questions that discusses a solution to conversion between different units of measurement.

• Fix Your Timestep!

  Fixing the timestep of a game loop.

• Writing an OS in Rust

  This blog series creates a small operating system in the Rust programming language. The source code is also available in the corresponding Github repository .

• Comparing parallel Rust and C++

  This project compares the behaviour and performance of two solutions (in Rust and C++) to a simple graph problem, called the shortcut problem.