Building IOT Systems with ESP32
Duration– 5days (30 hours)
Objectives
• To introduce participants to the fundamentals of IoT and
the ESP32 microcontroller.
• To teach the basics of MicroPython programming for IoT
applications.
• To demonstrate the integration of various sensors and
actuators with ESP32.
• To provide hands-on experience in developing IoT
projects.
• To enable participants to design, develop, and deploy IoT
ecosystems.
Outcomes
Understanding of IoT concepts and
architecture.
• Proficiency in programming the ESP32 using
MicroPython.
• Ability to interface ESP32 with different
sensors and actuators.
• Skills to design and implement basic IoT
projects.
• Knowledge to troubleshoot and optimize
IoT systems.
Day 2: MicroPython Programming and GPIO
Session 1: MicroPython Advanced Concepts
• Data types, variables, and operators
• Control structures: loops and conditionals
• Functions and modules
Session 2: Working with GPIO
• Understanding GPIO pins and configurations
• Digital input and output
• Interfacing LEDs and buttons
Session 3: Hands-on Projects
• Blinking LED project
• Button press detection
Day 3: Sensors and Data Acquisition
Session 1: Interfacing Sensors
• Types of sensors: analog and digital
• Reading data from sensors
• Interfacing temperature and humidity sensors
Session 2: Data Acquisition and Processing
• ADC in ESP32
• Reading analog sensors
• Data conversion and processing
Session 3: Hands-on Projects
• Temperature and humidity monitoring project
• Distance Measurements using US Sensor
Day 4:
Session 1: Interfacing Actuators
• Interfacing with Pir Sensors
• Interfacing with Soil Moisture
• Controlling actuators with ESP32
• Interfacing Telegram Bot
Session 2: Protocols with cloud
• I2c protocol
• MQTT protocol
• Implementing a simple control system
Session 3: Hands-on Projects
• Exploring different sensors
• Home automation project (e.g., controlling
lights)
Day 5: IoT Connectivity and Final Projects
ession 1: IoT Connectivity
• Communication protocols: SMTP,HTTP
• Connecting ESP32 to Wi-Fi
• Sending data to the cloud
Session 2: Final Project and Course Wrap-up
• Developing a final IoT project
• Presentation of projects
• Q&A and course review
