Welcome to my project showcase. Here you'll find a curated selection of the work I’ve done across various domains and technologies. These projects reflect my skills, creativity, and passion for building impactful solutions—from real-world applications to experimental ideas.
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Project Title: Water level indicator
Project Title: Water level indicator
Short Description:
A simple electronic system designed to monitor and display the water level in a tank using sensors and LEDs/buzzer alerts. It helps prevent water overflow and dry running of pumps by providing real-time level indication.
Technologies Used:
Technologies Used:
Conductive Probes (or Copper Wires)
BC547 Transistors
Resistors and capacitors
LEDs
Buzzer (for overflow alert)
Power Supply (5V/12V)
My Role & Contribution:
My Role & Contribution:
Designed and implemented the circuit using basic electronic components
Connected and calibrated sensors at various tank levels to trigger visual/audible alerts
Handled wiring, soldering, and layout on breadboard or PCB
Tested and validated the system under different water levels
Vedio Description:
Vedio Description:
This project is a hardware-based Water Level Indicator that uses conductive sensors and LED indicators to monitor the water level in a tank. It is powered by an AC supply and helps in preventing water overflow or dry pump operation through real-time visual alerts. I designed and built the circuit, sensor system, and enclosure from scratch.
PROJECT 2:
PROJECT 2:
Project Title:
Project Title:
Text-to-Speech Converter (GUI-Based)
Short Description:
Short Description:
This is a Python-based text-to-speech application that uses Tkinter for the user interface and the gTTS (Google Text-to-Speech) library to convert typed text into speech. It allows users to input text and listen to it as audio, offering features like play, reset, and exit. The application generates an MP3 file and plays it back using the playsound module, then automatically deletes the file.
Technologies Used:
Technologies Used:
Python 3
Tkinter (GUI)
gTTS (Google Text-to-Speech)
playsound
OS module
My Role & Contribution:
My Role & Contribution:
Designed and built a user-friendly GUI using the Tkinter library
Implemented gTTS for converting text input to speech and saving it as an audio file
Used the playsound module for seamless audio playback
Handled file operations such as saving and deleting MP3 files programmatically
Ensured smooth UX with features like text reset and application exit buttons
Documented the project and tested it across various input scenarios
I have attached the report with github repositories where you can view the code:
github.com/gokuxl/temp-humid-haven/blob/main/Text%20to%20speech%20
Project 3:
Project 3:
Electromagnetic Induction Model (Wireless Power Transmission)
Electromagnetic Induction Model (Wireless Power Transmission)
Description:
Description:
This project demonstrates the principle of electromagnetic induction to enable wireless power transfer. By generating a changing magnetic field through a coil, voltage is induced in a nearby secondary coil—effectively transmitting power wirelessly over a short distance. This model is inspired by the foundational experiments of Michael Faraday and illustrates key concepts in modern wireless energy transfer technologies
Technologies Used
Technologies Used
Copper coils
AC power supply
Basic electronic components
Project 4:
Project 4:
Title: Ultrasonic Water Level Monitoring System
Title: Ultrasonic Water Level Monitoring System
A smart system that uses an ultrasonic sensor and Arduino to measure water levels in real-time. The system displays the level on an LCD and provides alerts for low or full tanks using alarms or LEDs. It helps prevent overflow, saves water, and protects pumps from dry running. Designed for household and industrial water management.
Project 5 :
Project 5 :
Title: Automatic Toll Gate system
Title: Automatic Toll Gate system
An Arduino-based system that automates toll gate operation using an ultrasonic sensor and servo motor. When a vehicle is detected at the gate (simulated by a small object or car model), the ultrasonic sensor measures the distance and triggers the servo motor to lift the gate. Ideal for smart traffic management and contactless toll booths.
Technologies Used
Technologies Used
Arduino UNO
Ultrasonic sensor (HC-SR04)
Servo motor
Breadboard & jumper wires
Project 6 :
Project 6 :
Binary to Gray Code Converter
Binary to Gray Code Converter
A digital electronics project that converts a binary number input into its equivalent Gray code using logic gates and LED indicators. The circuit is implemented on a breadboard using basic electronic components to visualize how binary-to-Gray code conversion works in real time.
Project 7:
Project 7:
Digital Stopwatch :
Digital Stopwatch :
A digital timing device built using logic ICs and discrete components on a breadboard. The circuit counts and displays elapsed time in seconds and is controlled by start, stop, and reset inputs. Useful for demonstrating sequential logic, timing circuits, and counter ICs in digital electronics.
A digital timing device built using logic ICs and discrete components on a breadboard. The circuit counts and displays elapsed time in seconds and is controlled by start, stop, and reset inputs. Useful for demonstrating sequential logic, timing circuits, and counter ICs in digital electronics.
Project 8 :
Project 8 :
Title : Automatic Water Faucet System
Title : Automatic Water Faucet System
An automatic water dispensing system designed using an ultrasonic or IR sensor to detect hand motion and activate water flow without physical contact. This project promotes hygiene and water conservation by allowing water to flow only when hands are detected near the tap.
Project 9:
Project 9:
Project Title: AppointEase - My Journey in Building a Seamless Appointment Booking Platform
Project Title: AppointEase - My Journey in Building a Seamless Appointment Booking Platform
My Role: I was the Designer and Front end developer on this project.
Timeline: I worked on this from 01/04/25 to 10/05/25 , which took me about one month.
Project Type: This was my college project for my artificial inteellegence course
Overview: So, we as a team of 4 built AppointEase! It's an online platform designed to make booking appointments super easy for all sorts of services – think doctors, therapists, massage places, dentists, you name it. My goal was to create something really smooth and efficient for both people looking to book appointments and the businesses offering those services.
The Challenge I Tackled: You know how frustrating it can be to book appointments sometimes? Long phone calls, trying to find open slots... it's a pain for everyone. I saw that as a real problem. So, my main challenge was to create a system that could handle different kinds of services and show real-time availability, basically taking all that manual hassle out of the equation.
My Role & Responsibilities: As the designer and front end developer , here's what I specifically focused on:
I started by really digging into user research to figure out what people actually needed and what their biggest pain points were when booking appointments.
Then, I went into the design phase, from sketching out wireframes to creating those polished, high-fidelity mockups you see. I wanted the interface to be super intuitive.
I got my hands dirty developing the front end of the application. For the front-end, I used React.js, making sure it was responsive and interactive.
I also handled things like [e.g., implementing the real-time availability logic / integrating the payment gateway / building out the API for services and bookings].
My Process: I really believe in a structured approach. I kicked things off with [e.g., user empathy mapping and mapping out user flows] to deeply understand the user's journey. From there, I moved into wireframing key screens and then iteratively prototyping and testing. On the development side, I generally followed an breaking down features into smaller, manageable chunks to ensure continuous progress and integration.
The Tech Stack I Used: For this project, I leveraged:
Front-end: React.js, JavaScript, HTML5, CSS3, Styled Components
Back-end: Netlify function
Database: MongoDB
Design Tools: Figma
Version Control: Git, GitHub
What I Achieved & What I Learned: I'm really proud of how AppointEase streamlines the whole booking process. It successfully addresses those common pain points and provides a much more efficient and satisfying experience for users.
One big takeaway for me was the absolute importance of robust error handling, especially in systems dealing with real-time data. Looking ahead, if I were to build on this, I'd definitely explore adding calendar synchronization for service providers and a more advanced user dashboard for managing all their appointments in one place.
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