I am a Frontend Software Engineer building seamless and aesthetically pleasing web applications at FWI | Poppulo.
Prior to FWI | Poppulo, I worked as a Frontend Developer at bxp software and then part time as a Computing Lab Assistant at the National College of Ireland where I assisted lecturers and supported students with computing tutorials.
Love working with Python and I am comfortable with R. I have gained academic experience building machine learning and deep learning algorithms for multiple applications including Signal Processing, Education, Bank Marketing and Natural Language Processing. I also have experience with Descriptive and Inferential Statistics, Hypothesis testing, visualizing data, and creating dashboards with PowerBI, and finally working with ERP and CRM tools.
I also have solid knowledge of Vanilla JavaScript (ES6), jQuery, and Web Frameworks like React, Redux, GraphQL. I understand of the principles of Responsive Design, Grids, Layout, & Typography, and use these programming languages and principles in building web applications
When I am not at my Computer Screen, I am listening to music on Music or , listening to an audiobook, on Twitter or taking a walk somewhere (when it's summer).
The web application enables users to book listings, create listings and get paid with Stripe. It is built using Create React App (TypeScript) and a NodeJs (Express) Backend.
A e commerce web application built with Create-React-App, Firebase for Database Management, Redux for State Management, Stripe API for mock payment etc.
The Task Recorder App is an advanced to do list app. Users are able to create tasks, record the time for the tasks, update them and delete.
Technologies Used: TypeScript, React, Redux, Redux-Thunk, Netlify Serverless Functions, Classnames, Sass, Bootstrap, Styled Components.
For my Master's Thesis, I built two Deep Learning models to automatically classify music genres.
(Team of three) performed a sentiment analysis on Trip Advisor Reviews dataset. The project focused on using two Deep Learning models (LSTM and BERT) to predict the hotel’s rating using it’s reviews.
(Team of three) analyzed three public datasets from ArcGIS Hub & Datahub. The objective of the project was to demonstrate the team’s knowledge of data wrangling (transforming data from one form to another) and Relational (PostgreSQL) & NoSQL (MongoDB) databases.
Built a C5.0 Decision Tree Model to predict student academic performance.
Built various Machine Learning Models for three domains: Banking, Customer Purchase Intention, Household Energy Consumption