I am a grade 11 CBSE student in Chennai, India. I work on projects related to AI, music, Arduino and self-hosting
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I used the Sarvam API to power a shell that can translate English commands into Linux commands (check the repo's README.md for demo video) that can be run. It can also scan for any mistakes in the commands (from spelling errors to dangerous commands). It also has a chat interface that has a retro CLI look to it. It supports the same TTS capabilities as the Web UI project with support for many voices and Indian languages and a fallback voice using pyttsx3. → View Repo & Demo Video |
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This is a simple drag and drop interface for creating neat code for a macropad. Simply drag and drop any of the wide collection of components into the grid, select the Microcontroller, enter the keybinds of the components. The application will generate the code for the macropad instantly. → Try it out |
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I have built a fully custom web based UI using Streamlit that runs Sarvam AI. It supports many functionalities and features like audio processing, document intelligence, TTS, STT, and support for Indian languages (including audio transcriptions and TTS). → Try the Web UI |
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This is a Web based TV interface with website tiles, password lock, discover feature and many more! The GIF below is sped up (I fit 120 MB worth of video into 9 MB). You may watch the demo video which will be at a viewable pace. → Watch the Demo |
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This is an Arduino based real time waveform generator that takes in audio input from an audio jack and displays a real time waveform of that audio (mono) on an I2c OLED. There are two waves on the image but both are of the same audio. → See the Waveform |
Smart Glasses
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This is a very lightweight, rusty proof of concept of a wearable headset that provides system info, time, notifications. This is yet to become a full blown prototype as I am currently working on sourcing the materials to make the optical design. → See the Prototype |
Planr
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This is a student hub for a student to manage their studies. It uses AI to create study schedules with proper timing for study, homework, commitments and rest all while giving 8 hours of sleep. → Explore the Scheduler |
Autonomous Cleaning Robot
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Proof-of-concept simple robot powered by an Atmega 2560 and ultrasonic sensors to be able to maneuver around a room while avoiding obstacles, the compact design along with a modular structure allows the user to add on anything. In my case, I attached a mop to the back. The system needs 12v for the motors and the batteries are expensive so the project is on hold as of March 2026. → View the Build |
Always building. Always shipping. Open to collabs.
📧 Email: thyareoptimistic@gmail.com