Created in the IBM-sponsored WiT-ACE Hackathon 2021. Semi-Finalist (Top 80 teams) from more than 500 teams.
AGROW, a solution to maximize productivity, enable crop diversification, and assist in better planning of harvest and improved ROI planner for the farmers. An easy-to-use application, which is accessible via a Chabot and on computer browsers. It eliminates the need of downloading another app and significantly saves time by excluding call-waiting times.
Technologies used: Python-Flask, IBM Cloudant, IBM Watson, Angular, Dialogflow, Twilio, Git
My Role: Led a team of 5 to design and create a multilingual WhatsApp chatbot and a crowd-sourcing web app to help farmers plan their yield in an efficient manner while maximizing earnings. Integrated data.gov.in APIs to search and represent current and historical crop yield and market price data in easy-to-understand widgets.
Created in the IBM-sponsored WiT-ACE Hackathon 2020. Finalist (Top 15 teams) from more than 400 teams.
A mobile application that will work as the single biggest platform to serve over 350 million workers in India. This application will aim to mitigate the migration issue by helping laborers to find job opportunities within their residential vicinity, starting with displaying jobs in the current city, then the current state followed by adjoining states. It will also allow our labor force to be more organized and will allow maximum utilization of their potential. It is inspired by the difficulty faced by the migrant workers while traveling back to their hometowns during the Covid-19 pandemic.
Technologies used: Ionic, Spring Boot, DB2, Git
My Role: Led a team of 5 to design and create a mobile app to enable laborers to find job opportunities within their residential vicinity. Stored User data and hashed passwords on an IBM Cloud DB2 instance.
Q.R.M.S.
Q.R.M.S. is a college automation system that intends to simplify the process of course allocation to faculties and students. All the modules of the system will be structured to support each other’s work. All the modules will be web-based and hence the whole system can be accessed anytime and anywhere with the internet.
Technologies used: Spring Boot, MySQL, HTML, CSS, Bootstrap, JavaScript, AJAX, Git
My Role: Co-created a resource and course management system for autonomous colleges with the primary modules of course allocation to students based on their academics, and course allocation to teachers based on their experience.