I feel like every project is a dream project, so long as I'm learning something new.
Created a dynamic Word Search game in C++ that generates a new grid each time, allows manual answer input, and supports word-finding from an uploaded file.
Built a 4-bit ALU in Proteus with hardware, performing logic operations, addition, subtraction, increment, decrement, counting, and comparison.
Built a C++ music player with a graphical user interface (GUI), offering audio playback, playlist management, and control features.
Built an audio amplifier in Proteus and hardware by cascading amplifier stages with a power circuit, achieving a gain from 10 mV to 6 V for enhanced audio output.
Built a temperature-controlled DC fan with an AVR, programmed in C, simulated in Proteus, and implemented on hardware with sensor-based control and LCD display.
Designed a self-induction based metal detector in Proteus and hardware, utilizing coil inductance changes to detect metal objects. Achieved reliable detection.
Developed a mutual induction based metal detector in Proteus and hardware, using two coils to detect metal objects through changes in coil coupling.
Built a robust DC power supply with standard AC input, providing a variable 0-24V output and a fixed 5V output for versatile electronic applications.
Developed a DC motor position control system using an Arduino, implementing a PID controller based on motor data and a GUI for real-time control and monitoring.
Built a robust 15V to 6V DC-DC buck converter in simulation and hardware, using a modified PID controller and TL494 for efficient PWM generation.
Implemented an 8-bit RISC microcontroller in Verilog using Quartus, with a complete RTL design and simulation in ModelSim, demonstrating robust instruction execution.
Trained a U-Net CNN model for semantic segmentation on the CamVid dataset, adding custom-labeled images using MATLAB for improved accuracy.
Built a 5-band audio equalizer in MATLAB with an intuitive GUI, enabling real-time control and visualization of audio frequency adjustments.
Processed EEG data using notch, high-pass, low-pass, and band-pass filters in MATLAB to eliminate noise and performed analysis of frequency bands (e.g., alpha, beta).
Built a 2.4 GHz RF antenna with a square patch and quarter-wave transformer, achieving 3.12 dBi gain and 56.7 MHz bandwidth. Simulated in ANSYS and PCB.
Developed a 2.4 GHz RF receiver that captures signals from a transmitter and plays audio, utilizing commonly used RF frequencies for reliable performance.
Built a center-tapped transformer that converted standard AC input into dual outputs of 24V and 12V for versatile power applications.
Developed a Battery Management System (BMS) using Arduino and sensors that monitors voltage, current, temperature, and battery health, displaying data on an LCD.
Built a biometric fish robot in ROS 2 Jazzy with Gazebo and RVIZ, integrating LiDAR, camera, IMU, and SLAM for autonomous navigation and control.
Tested a YOLOv8 model for lane and vehicle detection, achieving accurate real-time object recognition and tracking utilizing CV techniques.
Built a dynamic website showcasing Cool Python tools, featuring an interactive and user-friendly interface for exploring various utilities.
Built a ROS 2 project using Turtlesim, featuring robotic control, random movement, teleportation, and catching other turtles.
Built a dynamic blogging website using Flask, featuring user accounts database, post creation, editing, and a user-friendly interface.
Developed a 2D self-driving car using PPO reinforcement learning, trained in the Gym CarRacing environment for autonomous navigation and decision-making.