Kit: Smart Parking Project
Kit: Smart Parking Project
Product Description
Have you ever seen cars lining up at a parking entrance because no one knows if there is still space inside? Why does that happen, and how could technology fix it?
The Smart Parking Kit empowers beginners to master real-world engineering through hands-on problem-solving. Designed for electronics enthusiasts, this comprehensive kit features the Lab Series curriculum, progressing from foundational concepts to advanced topics.
This kit delivers three essential competencies:
- Reinforce your problem solving skill, by getting started with the designing the algorithm
- Getting started with Arduino programming fundamentals and core coding principles
- Control servo motor and manage multiple outputs including LCD display, buzzer, and LED indicators, and process digital signals from various sensors
Lab Curriculum
Lab 01: Basic Smart Parking
Lab 01: Basic Smart Parking is the first prototype in the Smart Parking Lab Series. This short course demonstrates how a simple automated parking system works (automatically opens the gate when a vehicle detected for 5 seconds). The system uses an Infrared Sensor Module to detect vehicle presence. The Arduino Uno microcontroller acts as the brain of the system by receiving sensor signals, controlling a Servo Motor to open the gate, and monitoring parking occupancy through LEDs. Each LED represents one parked car. As more cars enter, more LEDs turn on. When all 5 LEDs are lit, the parking area has reached maximum capacity. At that point, the Buzzer gives a soft warning with 3 beeps to notify users that the parking is full.
Lab 02: Smart Parking with LCD
Lab 02: Smart Parking with LCD Display is the second prototype in the Smart Parking Lab Series. It builds directly on the system you finished in Lab 01, so you should complete Lab 01 first before starting here. In Lab 01, drivers could only read parking status from 5 LEDs. That works, but it is not very friendly drivers see lights, not words. In Lab 02 we add a 16x2 I2C LCD screen so the system can show real text such as "Welcome to Stablu", "Spaces: 3 / 5", "PARKING FULL", or "Drive safely!". To keep wiring clean as the project grows, we also introduce an Arduino UNO R3 Sensor Shield 5V. It plugs on top of the Arduino UNO and exposes every pin as a 3-pin header (Signal · VCC · GND), so you can connect modules with a single cable instead of three separate jumper wires through a breadboard. There is also a dedicated I2C connector for the LCD. By the end of this lab you will have a smart parking system that sees cars (IR sensors), decides what to do (Arduino), acts on the world (servo, LEDs, buzzer), and finally talks back to the driver (LCD Display).
Lab 03: Smart Parking with LCD and RFID
🚀 Coming Soon! This product is not yet available for purchase. Stay tuned for the launch! Lab 03: Smart Parking with LCD and RFID Access is the third prototype in the Smart Parking Lab Series. It builds directly on Lab 01 (LEDs, buzzer, servo, IR sensors) and Lab 02 (LCD over I2C), so you should finish those first. Until now, our system had one big weakness — anyone with a car could drive in. Real parking lots are not like that. A company parking, a VIP zone, a residential gate, a school staff area — they all need to know who is asking to enter, not just that a car is there. In Lab 03 we add an RFID RC522 reader and a small set of RFID cards / key tags. Each card carries a unique number called a UID. When a driver taps a card, the Arduino reads the UID, checks it against a list of authorized cards, and only then opens the gate. Unknown cards are rejected the LCD shows "Access Denied", and the gate stays closed. Two new technical ideas appear here for the first time. The first is SPI communication, a different protocol from the I2C you used for the LCD. The second is the idea of a whitelist storing a list of allowed UIDs and comparing them byte by byte. You will also see for the first time how two communication protocols (I2C and SPI) happily run side-by-side on one Arduino UNO. By the end of this lab, your smart parking system will see cars (IR sensors), recognize drivers (RFID), decide who is welcome (Arduino logic), act on the world (servo, LEDs, buzzer), and talk back to the driver (LCD).
Learning Outcomes
- Understand Arduino Programming Fundamentals
- Understand how to use IR sensor and control servo
- Read schematic a skill that unlocks every future project.
- Algorithmic Thinking build the logic yourself
Product Specifications
- Operating Voltage 5V
- Motor 180 Degrees
Resources
No documents available.
