I created Micronote in the summer of 2018 as a part of Purdue's Engineering
accelerator program. At the end of the summer program I was convinced that Micronote
was a good idea that was worth continuing. Since then, we
have been working with students, high schools, and universities to develop engineering kits
that teach electronics and programming.
I went to high school in Minnesota and that is where I started really getting into programming and electronics.
I was in science olympiad when I was introduced to Arduino and Raspberry Pi. My first attempt to use Arduino was a robot
arm built from scratch for a science olympiad event. It was barely functional, but overall did not work very well.
Looking back, I am disappointed in the lack of opportunities provided to learn programming and electronics to me while
in high school in Minnesota. I was ready to learn, but I couldn't find a good starting point
that was at my level.
As a senior my family moved to the Dalarna region of Sweden for a year where I attended a music school.
I had a tremendous amount of free time. Still wanting to learn electronics and programming skills, I decided
to take matters into my own hands. While in Sweden I learned how to create 3D models using
3DS Max and I learned how to make games using
the Unity game engine. I didn't create any masterpieces in this time, but
I did make a few games that I still show off to friends. I also learned many essential programming
and CAD skills that I still use to this day.
As a freshman in university I dedicated time every weekend to learning how to do something new with Arduino.
Eventually I applied those skills to create a rather humorous project for Uncommon Hacks called
"Telememe - Meme Improvement Bundle".
I went to many more hackathons in the next two years where I learned more skills relating to electronics,
web development, computer vision, game design, and blockchain.
While in school I have had two internships. In the first, I helped a mentor of mine design small conveyor belts
to sort small objects using machine vision and a variety of other sensors. I also programmed a hopper to dispense coins
onto a conveyor belt at regular intervals. My second internship was with 3M where I used Xamarin to create cross platform
mobile apps that had the ability to scan tags. Also at 3M, I worked with another group to kickstart 3M's presence
in blockchain mentioned in the Harvard Business Review.
Together our team submitted several patents for blockchain inventions, one of which is published and can be viewed
In the summer of 2019 I started two open source projects. Both of these projects use the Rust programming language,
a relatively new language which and specializes in memory safety. The first project is a space shooter game approiately named space_shooter_rs on
Github. You can read more about the game on its project page.
After a few months of continued development, I was approached
by a representative of the Amethyst engine about making it an official showcase game for the engine. I glady
accepted. This means that this game will be in the center
of the Amethyst community for people to learn from, contribute to, and show off the Amethyst engine with.
Games have been a huge part of my journey into programming. Often the first thing I do after learning a language
is to create a game using as many aspects of the language as possible. Games were my starting point, but for others it could
be something else. After starting Micronote, I have been finding myself everyday to be looking for ways to help people of all ages find their starting point into the amazing world of programming and
A wearable 3D printed gauntlet.
A space shooter game made with the Amethyst Engine and Rust.
A radio controlled rover with infrared vision made with Rust and a STM32 microcontroller.