Digital portfolio
Personnal project

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Digital portfolio - Personnal project

Project description:

This website, I have created this using Github Pages to showcase my work, projects & skills.

Tools & packages used:

  • Github Pages
  • Jekyll framework
  • Liquid templating
  • Markdown
  • HTML
  • CSS
  • Javascript

Responsibilities:

  • Design & develop pages
  • Choose & describe content
  • Customize the Jekyll template

Website
WELL-E website v2
DialloLab at UQAM

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WELL-E website v2 - DialloLab at UQAM

Project description:

Remake and revamp the WELL-E website in Wordpress so it can be lighter and easier to manage from the backend. Add new features to the website at the same time.

Tools & packages used:

  • Wordpress
  • Advanced Custom Fields
  • Advanced Views Framework
  • Blocksy
  • GS Teams
  • HTML
  • CSS
  • Javascript
  • Twig templating

Responsibilities:

  • Recreate previous UI in Wordpress
  • Website administration
  • Design of Wordpress pages and site (Front end)
  • Manage website backend for custom data
  • Create custom data formats and UI elements

Other contributors to the project:

  • Rachel van Vliet
  • Hayda Halmeida
  • Mamadou Maladho Barry

Website
DialloLab website
DialloLab at UQAM

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DialloLab website - DialloLab at UQAM

Project description:

Remake of the DialloLab website in Wordpress after technical problems with the previous version.

Tools & packages used:

  • Wordpress
  • Advanced Custom Fields
  • Advanced Views Framework
  • GS Teams
  • HTML
  • CSS
  • Javascript
  • Twig templating

Responsibilities:

  • Website administration
  • Design of Wordpress pages and site (Front end)
  • Manage website backend for custom data

Other contributors to the project:

  • Abdoulaye BanirĂ© Diallo (PI)

Website
WELL-E website v1
DialloLab at UQAM

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WELL-E website v1 - DialloLab at UQAM

Project description:

Following the end of the contract with ProgramAction, adjust the WELL-E website to ease user experience and adjust UI details

Tools & packages used:

  • HTML
  • CSS
  • Javascript
  • JQuery

Responsibilities:

  • Adjustments to the website
  • Change UI elements
  • Facilitate user experience according to communications experts
  • Recreate pages

Other contributors to the project:

  • Rachel van Vliet
  • Catherine Fisette
  • Mamadou Maladho Barry
  • ProgramAction
  • Abdoulaye BanirĂ© Diallo (PI)

Code repo Website
PhyML dynamic website implementation
DESS degree project at UQAM

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PhyML dynamic website implementation - DESS degree project at UQAM

Project description:

The project consisted in two steps:

  1. Implement python classes and scripts for launching the PhyML linux CLI precompiled binaries from a local terminal
  2. Implement a web interface for running the python PhyML python classes previously created
    • The frontend interface uses HTML, JavaScript JQuery, and Bootstrap CSS
    • The backend leverages a Flask server and an SQLite3 database

Tools & packages used:

  • Python
  • Javascript
  • JQuery
  • HTMl
  • Bootstrap CSS
  • Flask
  • SQLite3
  • PhyML

Responsibilities:

  • Backend development
  • PhyML python execution class
  • Database python interaction class

Other contributors to the project:

  • Abdellatif El Ghizi
  • Latifa Mohammadi
  • Wanlin Li

Code repo
RShiny app for data visualization of REAP results
Falcone Lab at IRCM

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RShiny app for data visualization of REAP results - Falcone Lab at IRCM

Project description:

The project consisted of building an interactive interface for biologists to explore Rapid Extracellular Antigen Profiling (REAP) per patient in the context of long COVID.
The interface allowed biologists to explore the data in three panels.

  1. Query molecules and visualize either expression per patient of the expression distribution in the whole population or selected individuals group
  2. Vizualise and explore heatmaps for which antigen groups and patients populations were defined to be of interest by Dr Poudrier
  3. Build custom heatmaps by selecting antigens and patients from both lists
All graphs were interactive to give a maximum of flexibility to the users.

Tools & packages used:

  • R
  • plotly
  • ggplot2
  • RShiny
  • R tidyverse

Responsibilities:

  • Create original exploration graphs
  • Design & develop RShiny application
  • Ensure availability of application for users
  • Design & add features upon user request

Other contributors to the project:

  • Johanne Poudrier (Main user and Biological expert)

Code repo Website