Semester Projects
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Semester Projects
Smart Parking System using Arduino
– Arduino-based automated parking system for model and prototype demonstrations
– Vehicle detection using ultrasonic or IR sensors
– Real-time slot availability with LED indicators or an LCD display
– Reduces human effort and parking congestion
– Expandable with IoT/Wi-Fi modules for remote monitoring
– Ideal for STEM, engineering projects, science fairs, and smart city conceptsSKU: n/a -
Semester Projects
2-Way Traffic Light System using Arduino Nano (Model Based)
– Arduino Nano-powered 2-way traffic control model for two intersecting roads
– Operates two Traffic Modules in a realistic pre-programmed sequence
– Beginner-friendly, easy to assemble with minimal components
– Ideal for school and college projects, exhibitions, and STEM learning
– Compact, portable setup suitable for demonstrations and science fairs
– Expandable with sensors for IoT and smart traffic experimentsSKU: n/a -
Semester Projects
Interfacing Arduino with I2C LCD Display
- Uses I2C protocol for simple 2-wire communication (SDA & SCL)
- Saves Arduino pins by requiring only SDA and SCL connections
- Works with common 16×2 and 20×4 LCD displays
- Compatible with Arduino UNO, MEGA, Nano and most AVR/ARM boards
- Adjustable contrast via built-in potentiometer on the I2C adapter
- Supported by the LiquidCrystal_I2C library for easy coding
SKU: n/a -
Semester Projects
Interfacing Arduino with DHT11 Sensor
– Arduino project for temperature and humidity monitoring
– Uses the DHT11 digital sensor with simple wiring
– Accurate and stable readings with low power usage
– Compatible with 3.3V and 5V Arduino boards
– Supported by Arduino libraries for easy coding
– Ideal for IoT, home automation, weather stations, and beginnersSKU: n/a
