Project Archive
Welcome to my project archive! Here you can find some of my older projects, or projects that I don't believe are relevant to my desired career trajectory right now.
This is also a work in progress, please ignore the dust from my construction and remodeling!
Archive of all projects
Equipped with the knowledge from the curriculum of the coding bootcamp, I have highlighted several projects below. Click each one to learn more! I am constantly working on new apps and endeavors, so expect this to update regularly. You can find my github here.
PokéGoDex: a one-stop application to figure out if your
favorite Pokémon from the main games is available in the hit
mobile game Pokémon GO!
Deployed site here, and github repository here.
This frontend application largely combined two external APIs that
allows users to cross-reference which Pokémon are in the
mobile app Pokémon GO.
Users can search for Pokémon by their names, types, or
generation, since there are over 800 of them now, and then check to
see if they are available in the mobile game with a click of a
button.
The CSS framework used was Bulma CSS, with a web animations API used
for the spinning Pokéball logo. I was a full-stack developer
in this project, getting involved with backend logic for performance
issues, setting up the search functions, as well as desgining the
cards that get populated with Pokémon information. Also
featured heavily in the code was jQuery, and using ajax for our
requests.
Collaborated with the following people: Louis Coleman (Github, LinkedIn)
Paul Lee (Github, LinkedIn)
Marlon Jones (Github)
This frontend application largely combined two external APIs that allows users to cross-reference which Pokémon are in the mobile app Pokémon GO.
Users can search for Pokémon by their names, types, or generation, since there are over 800 of them now, and then check to see if they are available in the mobile game with a click of a button.
The CSS framework used was Bulma CSS, with a web animations API used for the spinning Pokéball logo. I was a full-stack developer in this project, getting involved with backend logic for performance issues, setting up the search functions, as well as desgining the cards that get populated with Pokémon information. Also featured heavily in the code was jQuery, and using ajax for our requests.
Louis Coleman (Github, LinkedIn)
Paul Lee (Github, LinkedIn)
Marlon Jones (Github)
To-GatherTo-Gather, where you can plan events with friends, family, and get together!
Deployed site here, and github repository here.
This app was the second project in the coding bootcamp
It contains full CRUD
functionality for events, tasks, and costs. Users can sign up
for a new account, create and plan events, and invite others
(via email) to collaborate with them in planning the event. It
features a countdown timer that ticks towards the event start
date and time. Tasks and costs can be created and assigned to
different collaborators, allowing for full transparency in the
event planning process.
The CSS framework used was Foundation CSS, and a MySQL-backed
database hosts all aspects of storage. Passwords are encrypted
on creation and login through the npm package bcrypt, and emails
are sent with node mailer. Other technologies used include
sequelize, twilio, generate-password, JAWSDB, and
random-username-generator. HTML was conditionally rendered with
handlebars, and individual events are rendered on cards via
handlebars partials. I was part of the front-end team, dealing
with collecting information in the forms, handlebars rendering,
and other front-end javascript.
Collaborated with the following people: Zac Stowell (Github, LinkedIn)
Yuri Oliveira (Github)
Misha Gringauze (Github)
This app was the second project in the coding bootcamp
It contains full CRUD functionality for events, tasks, and costs. Users can sign up for a new account, create and plan events, and invite others (via email) to collaborate with them in planning the event. It features a countdown timer that ticks towards the event start date and time. Tasks and costs can be created and assigned to different collaborators, allowing for full transparency in the event planning process.
The CSS framework used was Foundation CSS, and a MySQL-backed database hosts all aspects of storage. Passwords are encrypted on creation and login through the npm package bcrypt, and emails are sent with node mailer. Other technologies used include sequelize, twilio, generate-password, JAWSDB, and random-username-generator. HTML was conditionally rendered with handlebars, and individual events are rendered on cards via handlebars partials. I was part of the front-end team, dealing with collecting information in the forms, handlebars rendering, and other front-end javascript.
Zac Stowell (Github, LinkedIn)
Yuri Oliveira (Github)
Misha Gringauze (Github)
PokéGoDex: a one-stop application to figure out if your
favorite Pokémon from the main games is available in the hit
mobile game Pokémon GO!
Deployed site here, and github repository here.
This frontend application largely combined two external APIs that
allows users to cross-reference which Pokémon are in the
mobile app Pokémon GO.
Users can search for Pokémon by their names, types, or
generation, since there are over 800 of them now, and then check to
see if they are available in the mobile game with a click of a
button.
The CSS framework used was Bulma CSS, with a web animations API used
for the spinning Pokéball logo. I was a full-stack developer
in this project, getting involved with backend logic for performance
issues, setting up the search functions, as well as desgining the
cards that get populated with Pokémon information. Also
featured heavily in the code was jQuery, and using ajax for our
requests.
Collaborated with the following people: Louis Coleman (Github, LinkedIn)
Paul Lee (Github, LinkedIn)
Marlon Jones (Github)
This frontend application largely combined two external APIs that allows users to cross-reference which Pokémon are in the mobile app Pokémon GO.
Users can search for Pokémon by their names, types, or generation, since there are over 800 of them now, and then check to see if they are available in the mobile game with a click of a button.
The CSS framework used was Bulma CSS, with a web animations API used for the spinning Pokéball logo. I was a full-stack developer in this project, getting involved with backend logic for performance issues, setting up the search functions, as well as desgining the cards that get populated with Pokémon information. Also featured heavily in the code was jQuery, and using ajax for our requests.
Louis Coleman (Github, LinkedIn)
Paul Lee (Github, LinkedIn)
Marlon Jones (Github)
To-Gather, where you can plan events with friends, family, and get together!
Deployed site here, and github repository here.
This app was the second project in the coding bootcamp
It contains full CRUD
functionality for events, tasks, and costs. Users can sign up
for a new account, create and plan events, and invite others
(via email) to collaborate with them in planning the event. It
features a countdown timer that ticks towards the event start
date and time. Tasks and costs can be created and assigned to
different collaborators, allowing for full transparency in the
event planning process.
The CSS framework used was Foundation CSS, and a MySQL-backed
database hosts all aspects of storage. Passwords are encrypted
on creation and login through the npm package bcrypt, and emails
are sent with node mailer. Other technologies used include
sequelize, twilio, generate-password, JAWSDB, and
random-username-generator. HTML was conditionally rendered with
handlebars, and individual events are rendered on cards via
handlebars partials. I was part of the front-end team, dealing
with collecting information in the forms, handlebars rendering,
and other front-end javascript.
Collaborated with the following people: Zac Stowell (Github, LinkedIn)
Yuri Oliveira (Github)
Misha Gringauze (Github)
This app was the second project in the coding bootcamp
It contains full CRUD functionality for events, tasks, and costs. Users can sign up for a new account, create and plan events, and invite others (via email) to collaborate with them in planning the event. It features a countdown timer that ticks towards the event start date and time. Tasks and costs can be created and assigned to different collaborators, allowing for full transparency in the event planning process.
The CSS framework used was Foundation CSS, and a MySQL-backed database hosts all aspects of storage. Passwords are encrypted on creation and login through the npm package bcrypt, and emails are sent with node mailer. Other technologies used include sequelize, twilio, generate-password, JAWSDB, and random-username-generator. HTML was conditionally rendered with handlebars, and individual events are rendered on cards via handlebars partials. I was part of the front-end team, dealing with collecting information in the forms, handlebars rendering, and other front-end javascript.
Zac Stowell (Github, LinkedIn)
Yuri Oliveira (Github)
Misha Gringauze (Github)
Contact me!
Have any questions? Want to collaborate together? Secretly dying to know my favorite song? Hit me up! Send me an email (or use the nifty little form below!) and I'll get back to you as soon as I can!
You can find also find me on LinkedIn here, and my email is dioncleung@gmail.com.
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