If you can't explain it to a six year old, you don't understand it well enough.


About me

I take a special liking to solving partial differential equations using techniques of FEA, FDM, yada yada yada. As a mechanical engineer I give great importance to art and design evident in my artistic drawings and furniture. I am craving to learn techniques in structural topology optimization. I intend to use my skills in sports and engineering to develop better sporting equipment.


Hiking Equipment

Hiking equipment have to be durable, light weight and most importantly safe for the treachorous terrain and weather that nature has to offer us at the foot of mountains. I do my best to explain calculations and design considerations in preparing tent stakes.

Hiking Equipment
Badminton Racket peculiar design

Badminton is the fastest racket sport in the world, what are the recent design innovations which allow players to find that extra 0.01 milliseconds improvement in their performance.

Badminton Racket peculiar design
Basics of optimization

A fixed amount of resources always causes us to act in a specific manner. Is it possible to quantify what would make us the most efficient user of our resources? How do we go about writing the problem in mathematical terms? Do these problems always fall under a certain group?

Basics of optimization
Rubiks

This toy which eats countless brains is a marvel of mathematics, engineering and design. A small introduction in to the algorithms required to solve this fantabulous device.

Rubiks
Lissaguous curves

Infinity logos of META Facebook, how do they come about?

Lissaguous curves
MENACE #02

A Mechanical computer to learn the game of tic-tac toe

MENACE #02
MENACE #01

A Mechanical computer to learn the game of tic-tac toe

MENACE #01