- April 2022
My core areas of interest are mathematics, computer programming, and art. I have always tried to find creative and aesthetically pleasing solutions to my problems. I code for fun and have developed for desktop, web, and mobile. Here are some of my projects (or that I have contributed to) that I'm proud of.
- April 2022
- March 2022
Transitioning from the virtual realm to reallity with arduino.
- Feburary 2022
Recreating the winning entry of 3B1B SoME challenge.
- December 2021
- August 2021
Using python to make animations in Blender for SoME challenge.
- March 2021
Creating codes to carry out random vibration analysis using HPC.
- Novemeber 2020
Computational codes to carry out adaptive TO in FEniCS
- July 2020
Most compact and readable code for topology optimization.
- October 2019
I was lucky enough to participate and complete GSoC 2019.
- August 2019
My first PR that got merged into a popular opensource code.
- April 2019
Computational codes to carry out adaptive PFF in FEniCS.
- March 2019
Academic website that I built for my lab to share resources and findings.
- November 2018
The output of my first year of PhD coding IGA.
- January 2017
Trying to make the worlds best civil engineering android apps.
- August 2016
Automation of the procedure to place boreholes in drawing using VBA.
- January 2016
Creating a platform to share knowledge of civil engineering.
- March 2015
Automating the RCC drawing checking procedure in VBA.
- March 2013
Creating a Excel app to automate the procedure of liquifaction analysis.
- March 2012
Understanding Newton Raphson and Arc Length method using ABAQUS.
- March 2010
Complete design of RCC structures using a MATLAB code
- March 2006
This was my first coding project. It included relational databases.