MATLAB-based cruise control system using PID controller with Simulink simulation
Solar-powered mobile charging system using Arduino Nano, 18650 Li-ion battery, TP4056, MT3608 and real-time battery monitoring.
Smartphone-controlled home automation system using Arduino Uno, HC-05 Bluetooth module, and relay for wireless appliance control.
Simple Clap Switch Circuit using CD4017 for clap-controlled relay switching (ECE 6th Semester Minor Project, IIIT Bhopal).
Automatic Light Controller using CD4017, LM358, IR Sensor, and Relay for smart home appliance automation and energy-efficient lighting control.
IoT-based Health Monitoring System using ESP8266, MAX30100 Pulse Oximeter Sensor, and Blynk Cloud for real-time Heart Rate (BPM) and SpO₂ monitoring.
An Arduino-based IoT road safety system that detects approaching vehicles on blind curves and hilly roads using ultrasonic sensors and provides real-time visual and audio warnings to prevent accidents.
A Roadmap application for ECE students from NIT college student based knowledge
A Verilog-based FSM project that simulates a traffic light controller for a two-way intersection. Includes testbench simulation, timing control, and FPGA implementation using Xilinx tools.
IoT-based Smart Helmet using ESP8266 for rider safety with alcohol detection and ignition control.
Channel-Aware Adaptive Secure Telemetry Framework for Satellite Communication using ChaCha20-Poly1305
Analog Electronics project implementing a Window Comparator using dual IC741 operational amplifiers for upper and lower voltage threshold detection. Application-voltage level dectector
Real-time hand gesture recognition using OpenCV to control a robot via computer vision and microcontroller interface
Simulated microcontrollers and low-level firmware experiments
An assistive walking stick using ultrasonic sensors and vibration alerts to helps visually impaired users
12V AC to DC Converter circuits and PCB using KiCad
Smart agriculture robot built with ESP32 featuring autonomous navigation, obstacle detection, and scalable design for modern farming solutions
The bot is designed to follow a predefined path using sensors and basic robotics principles. This project demonstrates our understanding of sensor integration, motor control, and basic robotics algorithms.
A hardware-based impact detection and emergency alert system using MPU6050 and a buzzer for real-time rider safety.
Designed and analyzed a CMOS-based 6T SRAM cell using Cadence Virtuoso and Spectre Simulator. Performed DC and transient analyses, evaluated Voltage Transfer Characteristics (VTC) and Static Noise Margin (SNM), and studied hold, read, and write operations to assess memory cell stability and performance.
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