Hi, I'm Timothy Dennis. I've been programming in some sort or fashion for more than 20 years. What started as a fascination with HTML and CSS in high school morphed into an obsession with producing multimedia content and a career in radio spanning more than a decade.
Even in my career as a radio producer and engineer, I've still programmed throughout the years. Producing audio in a non-linear way is a type of programming, but I also taught myself how to program my station's automation equipment and became its caretaker for several years.
More recently, I've discovered JavaScript, and I am blown away every day with the possibilities that come from knowing how to use JS to build a full-stack web application. Below you can find a list of projects I've built, and below that is a list of the skills in which I consider myself proficient.
I built this application as the capstone project for a class on
Backend Web Development, even though it is a full-stack application.
The tech stack is a MERN stack, using MongoDB, Express, React and Node.JS
for core functionality. Authentication is handled by Passport.JS with strategies
for local, Google and Github login. To find podcasts, the application calls
the Apple Podcasts API, then ingests the feed data and episodes into the
database. The frontend is designed with responsiveness in mind, and it makes use
of Socket.io for messaging from the backend, as well as a variety of other
libraries to provide a good user experience.
This is an application built in React that allows a user to login to
Spotify, search for tracks, add them to a playlist, then save the playlist
to Spotify using API calls. This project was completed for the codeacademy
Full Stack Engineer career path, and it also makes use of React Router to
generate separate Login and Callback pages, as well as Axios for all calls
to the API.
This is a simple script that has predefined arrays containing nouns,
verbs, adverbs, adjectives and prepositions, as well as an array with
predefined sentence structures. A function selects a random sentence
structure, then functionally assigns random values from the parts of
speech arrays to output a MadLibs style sentence. 
This is an example website design style guide, constructed only using HTML and CSS.