About Me
I am currently pursuing a Bachelor of Engineering in Electronics and Telecommunication at Vivekanand Education Society's Institute Of Technology. I have a strong passion for new technologies and innovation, and I enjoy exploring emerging trends that shape the future of the tech world. My academic journey is driven by curiosity, creativity, and a desire to build solutions that make a real impact. Through this portfolio, I aim to showcase my skills, projects, and continuous growth in the field.
Skills
Projects
Automated Vaccum Cleaner
Problem Statement:
Manual vacuum cleaning is time-consuming and requires constant
effort, making it inefficient for daily use in busy households or
large areas. There is a need for an automated solution that can
clean independently and adapt to different environments.
Description:
An automated vacuum cleaner is a smart device that cleans floors
with minimal human effort. Using sensors and programmed
algorithms, it navigates spaces, avoids obstacles, and adjusts its
cleaning path. Compact and efficient, it saves time while
maintaining a clean environment.
Writing Machine
Problem Statement:
Manual writing tasks can be repetitive, time-consuming, and prone
to human error, especially when large volumes of text or precise
handwriting are required. There is a need for an automated system
that can write accurately and efficiently without human fatigue.
Description:
A writing machine is an automated device designed to replicate
human handwriting using programmed instructions. It consists of a
mechanical arm or motorized setup that holds a pen and moves
across paper to write text line by line. Controlled by
microcontrollers and preloaded data, the machine can produce neat,
consistent writing, making it ideal for applications like note
replication, exam writing for differently-abled individuals, or
repetitive documentation tasks.
NanoVoice: ESP32-Powered AI Companion
Problem Statement:
Traditional voice assistants often rely on cloud processing, which
can lead to latency, privacy concerns, and dependence on internet
connectivity. There is a need for a compact, offline-capable, and
affordable AI-powered voice assistant that can function
efficiently in real-time using minimal hardware resources.
Description:
NanoVoice is a compact AI companion powered by the ESP32
microcontroller, designed to offer intelligent voice interaction
without relying heavily on cloud services. It integrates
components like a MEMS microphone, speaker, and I2S-based
amplifier to enable real-time voice recognition and response.
Using lightweight AI models and efficient edge processing,
NanoVoice performs tasks such as answering queries, executing
commands, and providing audio feedback. Its portability, low cost,
and offline capability make it ideal for smart home control,
educational tools, or personalized assistants in embedded systems.