This is an ongoing project where I got my DNA swabbed through LivingDNA where I was then able to download my raw alleles.

I then created a motorized helicone as a display!

This project is very similar to BillyBlocks; however it is entirely deployed on the Flow blockchain as opposed to Polygon (Ethereum L2).

This is intended as an enducational tool to help people build apps on the Flow network using the Cadence programming language.

Direct link to the Cadence smart contract can be found in the github here.

This is my personal consulting website I use to help people build their websites.

Built as a proof of concept of the abilities of the recent crypto technology craze.

Utilizes a smart contract written with Solidity to execute the desired tokenomics

Currently, waves of pixels are released which users can mint to their Metamask wallet and create a square pixel image.

Released on a Polygon network

Color info is stored in metadata hosted on IPFS for true decentralization

Created my own PCB design to accommodate ESP32 microcontroller board of any size, connected to a 10x10 led grid.

Built a custom website to make it very easy to create animations that load to the board and are controlled by custom user built menus while helping people learn to code in the process.

CAD designed and 3D printed a planter that can help water your plants the perfect amount using water's capillary action

All designs are available for download for free on the website.

My attempt to make an open source weight plate when home gyms became the craze during the pandemic.

Non-crack cement interior, rebar reinforced, urethane rubber coating, and steel center ring all at Olympic Plate dimensions.

All designs are available for download for free on the website.

Finished 6th out of 38 competitors for a challenge offered by Wells Fargo through Mindsumo to all campuses.

The idea was that you are given a list of about 7,000 customers and each customer had indications as to how much carbon they consume and how they consume it (automotive transportation habits, AC/heat usage, water consumption habits, etc).

Along with the consumption, a ranking of the quality of life that each utility provided to the customer was given. The goal of the challenge was to use "Machine Learning" in some way to reduce the carbon usage of the customers while not lowering their quality of life.

I chose to clean and separate the data by finding the relation of carbon to life quality (carbon consumption : quality of life).

I then used a K-means unsupervised ML algortihm to group the data into "good" or "bad" customers compared to the other customers consumption patterns.

My idea for the app was that consumers could connect their utilities and then using a KNN ML algorithm attempt to predict whether a customer was being "good" or "bad" based on what percentile they ranked in terms of environmental effects

Further information can be found here.

First game created, player is rolling along and endless track trying to collect gems and keys in order to make it through the next gate.

Was monetized through banner and pop up ads and published on the Google Play store.

Player is controled through "keyring" like movements.

Tail trail renderer that detects a collision. The idea behind this game is that there are 4 waves (small, medium, large, misc.) of enemies and each wave will get progressively more difficult.

Helped begin a company that edited drone footage for real estate purposes.

Traveled throughout Michigan, Wisconsin, and Indiana to path flight patterns, direct footage, and deliver edited videos to customers.