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IoT Programming Learning Path
Master the Internet of Things (IoT) and learn to program microcontrollers to build smart, connected devices. From sensors and data collection to cloud connectivity and automation, develop the skills to create innovative IoT solutions.
Overview
Difficulty:
Intermediate
Duration:
8-12 weeks
Prerequisites:
Basic programming knowledge, interest in hardware
The Internet of Things (IoT) is transforming our world, connecting everyday objects to the internet and enabling them to collect and exchange data. In this learning path, you'll master the programming skills needed to build IoT devices using MicroPython and popular microcontrollers like ESP32 and ESP8266. You'll learn to work with sensors, control actuators, connect to cloud services, and implement real-world IoT solutions.
Learning Modules
Module 1: Introduction to IoT and Embedded Systems
- IoT concepts and architecture
- Understanding microcontrollers and development boards
- ESP32 and ESP8266 features and capabilities
- Setting up your IoT development environment
- Introduction to MicroPython and CircuitPython
- Project: Blinking LEDs and basic I/O operations
Module 2: Working with Sensors and Actuators
- Digital and analog sensor types
- Temperature, humidity, and environmental sensing
- Motion and distance sensors
- Actuator control (motors, servos, relays)
- I2C and SPI communication protocols
- Project: Weather monitoring station
Module 3: Networking and Connectivity
- WiFi connectivity with ESP boards
- HTTP requests and RESTful APIs
- MQTT protocol and broker setup
- Bluetooth Low Energy (BLE) basics
- Secure communication practices
- Project: MQTT-based device control system
Module 4: Cloud Integration
- IoT cloud platforms overview
- Amazon AWS IoT, Google Cloud IoT, or Azure IoT
- Device provisioning and management
- Data storage and visualization
- Cloud functions and triggers
- Project: Cloud-connected sensor dashboard
Module 5: Power Management and Optimization
- Power consumption in IoT devices
- Battery-operated designs
- Deep sleep and low-power modes
- Solar and energy harvesting options
- Performance optimization techniques
- Project: Battery-powered environmental logger
Module 6: IoT Security
- Common IoT security vulnerabilities
- Secure boot and firmware updates
- Data encryption and secure storage
- Authentication and authorization
- Security best practices
- Project: Implementing secure device communication
Module 7: Advanced IoT Applications
- Machine learning on microcontrollers
- Computer vision with ESP32-CAM
- Voice recognition and control
- IoT automation workflows
- Integration with Home Assistant
- Project: Smart home automation device
Module 8: Final Project
- Project planning and requirements
- Design and prototyping
- Implementation and testing
- Deployment and demonstration
- Documentation and presentation
- IoT project portfolio development
Featured Projects
Smart Home Monitoring System
Build a comprehensive home monitoring system that tracks temperature, humidity, motion, and air quality. The system will connect to a cloud dashboard, send alerts based on customizable thresholds, and integrate with smart home platforms like Home Assistant.
Asset Tracking and Management
Create a tracking system for valuable items using GPS, WiFi positioning, and motion sensors. The devices will report location and movement data to a central application, allowing for real-time monitoring and notifications.
Smart Garden Automation
Develop an intelligent garden monitoring and irrigation system that measures soil moisture, light levels, and temperature to automatically water plants when needed. Includes a mobile app for monitoring and manual control.
Additional Resources
Recommended Books
- "MicroPython for the Internet of Things" by Charles Bell
- "Programming the ESP32" by Kolban
- "Practical IoT Hacking" by Fotios Chantzis, et al.
- "Designing IoT Solutions with the Raspberry Pi and Arduino" by Wai Lok Woo
Online Documentation
Community Resources
Ready to Get Started?
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C:\>
./enroll.sh IOT_PROGRAMMING