I am Vimalan, currently pursuing a Master of Science in Computer Science at Georgia Institute of Technology, specializing in Computing Systems and Cloud Computing. My additional interests include Embedded Systems and Machine Learning.
Recently, I collaborated with a team at Georgia Tech on a healthcare project to develop a mobile electrochemical sensing platform. Before this, I worked as a Cloud Solution Engineer at Oracle for two years, where I gained expertise in architecting secure, scalable, and high-performing cloud environments.
During my time at Oracle, I supported over 50 clients across the Japan-Asia-Pacific region. My professional projects involved application and database migration, automation of cloud tenancy management tasks, and resource optimization, contributing to significant cost savings and operational efficiency.
This project aims to provide a solution for how blockchain can facilitate cost reduction in microgrids. By using blockchain, energy is transferred directly from producers to consumers, eliminating additional service charges. The system employs a bidding mechanism, ensuring that the producer offering the lowest cost energy is automatically matched with the consumer. A smart contract within the blockchain, shared among participants, maintains immutable transaction records.
Read moreMobile healthcare sensing enables real-time monitoring for chronic conditions, like glucose levels, at home. A custom miniature potentiostat was developed, supporting diverse applications beyond healthcare, such as environmental testing. Integrated with an ESP32 microcontroller and Flutter-based app, it processes and displays data via Bluetooth, enhancing accessibility and usability.
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