Arduino Uno

RM15.00

  • Hybrid Learning
  • Certificate Claimable

A popular microcontroller board based on the ATmega328P microcontroller. It's part of the Arduino family, known for being user-friendly and widely used in electronics projects, especially for beginners and hobbyists.

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What you will learn

Foundations in Arduino Uno


Intermediate Arduino Uno


Advanced Arduino Uno


Advanced Applications with Arduino Uno


Capstone Projects with Arduino Uno


Course Content

Semester 1:

  • Week 1-2: Introduction to Arduino Uno hardware and IDE.
  • Week 3-5: Basic electronics (resistors, LEDs, buttons).
  • Week 6-8: Basic programming concepts (variables, loops).
  • Week 9-12: Hands-on projects (e.g., LED blinking, button control).
  • Week 13-15: Introduction to sensors (temperature sensor).

Semester 2:

  • Week 1-3: Simple actuators (servos, motors).
  • Week 4-6: Basic communication protocols (serial).
  • Week 7-10: Mini project: Build a temperature-controlled fan.
  • Week 11-15: Introduction to Arduino libraries (LCD display).

Semester 1:

  • Week 1-3: Advanced sensors (ultrasonic, IR).
  • Week 4-6: Introduction to motor control (DC motors, PWM).
  • Week 7-10: Intermediate projects (e.g., simple robot with motor control).
  • Week 11-15: Advanced communication (I2C, SPI).

Semester 2:

  • Week 1-3: Working with displays (OLED, 7-segment).
  • Week 4-6: Wireless communication (Bluetooth, RF).
  • Week 7-10: Mini project: Remote-controlled car.
  • Week 11-15: Introduction to Arduino shields (Wi-Fi, Ethernet).

Advanced Arduino Uno

Semester 1:

  • Week 1-3: Data logging with Arduino (SD card, EEPROM).
  • Week 4-6: Integration with mobile apps (using Bluetooth).
  • Week 7-10: Advanced motor control (servo, stepper motors).
  • Week 11-15: Project: Build a robotic arm.

Semester 2:

  • Week 1-3: Advanced sensors and integration (GPS, gyroscope).
  • Week 4-6: Internet of Things (IoT) basics with Arduino.
  • Week 7-10: Project: IoT-enabled weather station.
  • Week 11-15: Capstone project: Design and build a complex Arduino-based system.

Semester 1:

  • Week 1-3: Advanced motor control (stepper motors, H-bridge circuits).
  • Week 4-6: Building custom Arduino shields.
  • Week 7-10: Robotics applications with Arduino (autonomous robots, drone control basics).
  • Week 11-15: Project: Build a self-balancing robot.

Semester 2:

  • Week 1-3: Integration of multiple sensors and actuators.
  • Week 4-6: Arduino in wearable technology (e.g., fitness trackers).
  • Week 7-10: Introduction to low-power applications and energy harvesting.
  • Week 11-15: Capstone project: Design a complex, energy-efficient system using Arduino.

Semester 1:

  • Week 1-3: Ideation and proposal for a final year project.
  • Week 4-6: Research and feasibility analysis.
  • Week 7-9: Prototyping and testing of individual components.
  • Week 10-12: Integration of components into a cohesive system.
  • Week 13-15: Final project iteration and testing.

Semester 2:

  • Week 1-3: Final integration and system testing.
  • Week 4-6: Project documentation and report writing.
  • Week 7-9: Final project presentation and demonstration.
  • Week 10-12: Reflection on learning outcomes and future applications.
  • Week 13-15: Preparing for potential competitions or exhibitions.

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