Arduino Robotics Training Curriculum
Our comprehensive 18-month program consists of three modules designed to take students from complete beginners to advanced Arduino developers.
Program Structure
Beginner Module
6 months - Foundation skills in electronics and programming
Intermediate Module
6 months - Advanced sensors, motors, and communications
Advanced Module
6 months - IoT, custom hardware, and system integration
Detailed Curriculum
Arduino Beginner Module
6 MonthsMonth 1: Introduction to Electronics & Arduino
- Week 1: Course introduction, electronics safety, basic circuit concepts
- Week 2: Understanding voltage, current, resistance, and Ohm's Law
- Week 3: Reading circuit diagrams, breadboard basics
- Week 4: Introduction to Arduino hardware, IDE installation and setup
Month 2: Getting Started with Programming
- Week 1: First programs - blinking LED, understanding sketch structure
- Week 2: Variables and data types
- Week 3: Basic operators and math functions
- Week 4: Digital input/output, controlling LEDs with buttons
Month 3: Control Structures & Circuit Building
- Week 1: Conditional statements (if/else)
- Week 2: Loops (for, while)
- Week 3: Multiple LEDs and patterns
- Week 4: Building a traffic light system project
Month 4: Working with Sensors
- Week 1: Analog input, potentiometers
- Week 2: Serial communication and the Serial Monitor
- Week 3: Light sensors and applications
- Week 4: Temperature sensors and applications
Month 5: Intermediate Concepts
- Week 1: Functions and modular programming
- Week 2: Using libraries
- Week 3: Tone generation and simple sounds
- Week 4: Introduction to LCD displays
Month 6: Capstone Project & Integration
- Week 1-2: Planning and designing beginner capstone project
- Week 3-4: Building and testing project
- Final week: Project presentations and module completion ceremony
Arduino Intermediate Module
6 MonthsMonth 1: Advanced Sensors & Data Processing
- Week 1: Review of fundamentals, introducing intermediate goals
- Week 2: Ultrasonic distance sensors and applications
- Week 3: IR sensors and obstacle detection
- Week 4: Multiple sensor integration and data filtering
Month 2: Displays & User Interface
- Week 1: LCD displays and custom characters
- Week 2: OLED displays and graphical interfaces
- Week 3: Creating menus and user interfaces
- Week 4: Building a sensor monitoring station project
Month 3: Motion & Motors
- Week 1: Servo motors - control and applications
- Week 2: DC motors with motor drivers
- Week 3: Stepper motors for precise positioning
- Week 4: Building a simple robotic arm project
Month 4: Communication & Connectivity
- Week 1: Advanced serial communication techniques
- Week 2: Arduino-to-Arduino communication
- Week 3: Bluetooth modules and wireless control
- Week 4: Smartphone-controlled Arduino project
Month 5: Advanced Programming Concepts
- Week 1: State machines and event-driven programming
- Week 2: Interrupts and timers
- Week 3: Memory management and optimization
- Week 4: Multiple file programs and organization
Month 6: Intermediate Capstone Project
- Week 1: Project planning and component selection
- Week 2: Prototyping and circuit design
- Week 3: Assembly and coding
- Week 4: Testing, refinement, and presentation
Arduino Advanced Module
6 MonthsMonth 1: Advanced Communications & IoT
- Week 1: WiFi connectivity with ESP modules
- Week 2: RESTful APIs and web server implementation
- Week 3: IoT platforms (ThingSpeak, Blynk, Arduino IoT Cloud)
- Week 4: MQTT protocol and IoT data exchange
Month 2: Hardware Design & Customization
- Week 1: PCB design fundamentals
- Week 2: Creating custom shields and boards
- Week 3: Surface-mount technology introduction
- Week 4: Designing a custom Arduino-compatible board
Month 3: Advanced Interfacing & Control
- Week 1: I2C and SPI communication protocols
- Week 2: CAN bus and industrial communications
- Week 3: Power control (relays, MOSFETs, high-current applications)
- Week 4: Real-time operating systems concepts for Arduino
Month 4: Data Management & Processing
- Week 1: Advanced data logging techniques
- Week 2: SD card operations and file systems
- Week 3: Data visualization and analytics
- Week 4: Machine learning basics on Arduino (pattern recognition)
Month 5: System Integration & Optimization
- Week 1: Power optimization and battery management
- Week 2: Debugging techniques and tools
- Week 3: System integration with external hardware/software
- Week 4: Security and encryption for IoT devices
Month 6: Advanced Capstone Project
- Week 1: Project proposal and architecture design
- Week 2: Component selection and prototype development
- Week 3: System assembly and programming
- Week 4: Testing, refinement, and documentation
- Final week: Project showcase event and graduation
Group Plan
Choose the right plan!
Beginner Module
Perfect for Starters
Learn the fundamentals of Arduino programming and electronics. Build your first circuits and understand programming basics through hands-on projects.
Duration: 1 Hour Per Session
Monthly
RM 486
Intermediate Module
For Growing Skills
Advance your Arduino knowledge with sensors, motors, and wireless communication. Create more complex interactive projects and robotics applications.
Duration: 1 Hour Per Session
Monthly
RM 378
Advanced Module
Master-Level Training
Master professional IoT applications, custom hardware design, and advanced system integration. Develop industry-ready skills with complex Arduino projects.
Duration: 1 Hour Per Session
Monthly
RM 1566