1) Developed a web application for one of their research presentations, aimed at visualizing the impact of rainfall runoff models on water storage areas.2) Built the application using React.js for the front-end, integrated with a real-time data visualization feature to enhance research presentation quality.3) Designed the application to allow users to interact with key hydrological data such as peak discharge, runoff volume, and groundwater recharge rates, improving the accessibility of… Show more 1) Developed a web application for one of their research presentations, aimed at visualizing the impact of rainfall runoff models on water storage areas.2) Built the application using React.js for the front-end, integrated with a real-time data visualization feature to enhance research presentation quality.3) Designed the application to allow users to interact with key hydrological data such as peak discharge, runoff volume, and groundwater recharge rates, improving the accessibility of complex datasets.4)The application led to a 40% improvement in presentation engagement, with over 100+ researchers using the tool for hydrological simulations and analysis.5) Contributed to a 25% reduction in manual data handling efforts, streamlining the workflow for the hydrology research team. Show less

1) Developed a software tool to analyse the educational activities of students under the project titled "Measuring student and instructor use of data visualisations to inform their activities". Under the professor Carrie Demmans Epp at University of Alberta.2) Designed and implemented a front-end React-based tool using data from over 50 university instructors, improving the efficiency of educational data visualisation by 25%.3) Enhanced the software by incorporating an accessibility… Show more 1) Developed a software tool to analyse the educational activities of students under the project titled "Measuring student and instructor use of data visualisations to inform their activities". Under the professor Carrie Demmans Epp at University of Alberta.2) Designed and implemented a front-end React-based tool using data from over 50 university instructors, improving the efficiency of educational data visualisation by 25%.3) Enhanced the software by incorporating an accessibility feature for individuals with colour blindness, which increased overall software usability by 30%, making it accessible to a broader range of users.4) The tool was adopted by over 200 users across multiple institutions, contributing to a 20% reduction in the time spent on manually analysing educational data. Show less

Utilizing my deep understanding of Computer Science principles, I created comprehensive and step-by-step solutions to a wide range of academic problems. These solutions serve as valuable study aids for students, aiding them in grasping complex subjects and enhancing their problem-solving abilities.

1) Learned about the basic Machine learning Concepts like Linear Regression, Logistic Regression, Naive Bayes, Clustering, KNN algorithm, and K-means.2) Successfully completed a project to develop an automatic number-plate recognition system. 3) We used the Tesseract OCR Optical Character Recognition Engine (OCR Engine) to automatically recognise text in vehicle registration plates.