Description

A cross-platform mobile application using React Native to mirror the existing investor portal web application for Mirae. The app incorporates Redux Toolkit for efficient management of data. It includes convenient biometric authentication options like Face ID and fingerprint recognition. Users can perform various tasks such as making transactions and investing in mutual funds through the app, providing a user-friendly experience that aligns with their existing online platform.

Description

This project is a UI revamp of the Investor Portal and developed a mobile app using Apache Cordova. The project seamlessly integrated essential features such as Transactions and User Registration while enhancing the user experience. By leveraging Cordova's capabilities, the app was adeptly optimized for various platforms, ensuring accessibility and convenience for investors.This project is a UI revamp of the Investor Portal and developed a mobile app using Apache Cordova. The project seamlessly integrated essential features such as Transactions and User Registration while enhancing the user experience. By leveraging Cordova's capabilities, the app was adeptly optimized for various platforms, ensuring accessibility and convenience for investors.

Description

A platform catering to relationship managers (RMs) and administrators. Administrators had the capability to oversee multiple RMs, each RM managing a portfolio of investors. The portal included interactive graphs on the dashboard, effectively segregating and visualizing investments for each investor. This functionality empowered RMs to make informed decisions and provide personalized advice to their investors along with the capability of reviewing their overall individual performance, enhancing their client relationships and overall portfolio management.

Description

A platform tailored for investors to access their investment data. The portal was designed with user roles in mind, catering to both family heads and family members. It enabled users to conveniently download diverse reports related to their investments. By implementing React's dynamic components and user-friendly responsive interface, the portal facilitated informed investment reports for users.

Description

This project involved creating data dashboards with Highcharts and styled-components. The aim was to present complex data through user-friendly graphs. By using React's components and custom styling, I built an interface for easy data interpretation. The project emphasizes my React skills and collaboration with stakeholders to meet user requirements.

Description

DAMS (Data Analytics and Modelling Studio) is a web application that lets us create servers. A no-code/low-code platform to create pipelines. The user is provided a canvas where the user can drag and drop the tools available and connect them accordingly to achieve a certain output of an operation/tool. My role in this project is to implement the UI in React and integrate the backend.

Description

iDRM (IBS Dynamic Revenue Management) is an AI-based personalization engine to determine the prices of airlines' tickets according to demand, load factor, etc. My role in this project is to implement the UI in React and write RestAPIs and integrate Machine Learning models with the server to get the prices determined and manage the data and integration of the database (PostgreSQL).

Description

In this project, the power supply to meeting rooms is controlled by an ESP32 microcontroller by using a relay. Based on the data from the database, the power supply to the meeting is automated according to the meetings scheduled. My role in this project is to implement the UI in React and backend in Django and integrate IoT hardware using the MQTT protocol (MQTT Broker) and an IoT cloud platform.

Description

This project is based on monitoring the energy consumption of a building concerning the energy meters. The protocol used here is Modbus to fetch the data from the energy meter to a raspberry pi. My role in this project is to implement the UI in React to visualize the data received from multiple sensors and the backend server in Django to get the data from the sensors from the IoT Platform and update them on the database.This project is based on monitoring the energy consumption of a building concerning the energy meters. The protocol used here is Modbus to fetch the data from the energy meter to a raspberry pi. My role in this project is to implement the UI in React to visualize the data received from multiple sensors and the backend server in Django to get the data from the sensors from the IoT Platform and update them on the database.