Robotics Advanced IoT

Prerequisite: IoT Fundamentals & ESP8266 Programming Knowledge

What you'll learn

• Understand Wireless Sensor Network (WSN) concepts
• Connect multiple ESP8266 boards together
• Build hub-and-spoke or simple mesh communication systems
• Collect sensor data from multiple locations
• Send and monitor data on a centralized dashboard
• Develop scalable multi-device IoT systems

This course includes:

• 1 Final Multi-Node IoT Project
• 12–16 Hours Live Practical Classes
• Online / Onsite (Physical)
• ESP8266 Networking Labs
• Cloud Dashboard Integration
• Certificate of Completion

Course Content

Introduction to Wireless Sensor Networks

• What is a Wireless Sensor Network (WSN)?
• Real-world applications:

• Smart buildings
• Environmental monitoring
• Smart agriculture
• Industrial automation
  • Understanding:
• Sensor nodes
• Gateway nodes
• Data collection systems
  • Centralized vs distributed IoT architecture

Using:
• ESP8266

Multi-Node Communication Basics

• Connecting multiple ESP8266 boards
• Understanding communication models:

• Hub-and-spoke
• Peer-to-peer
• Basic mesh networking concepts
  • Sending and receiving sensor data between devices
  • Device identification and node addressing basics

Sensor Data Collection

• Connecting sensors to multiple nodes
• Monitoring different rooms or locations
• Example sensor types:

• Temperature
• Humidity
• Motion
• Distance
  • Combining data from multiple devices into one system

Using:
• DHT11
• HC-SR04

Cloud Dashboard Integration

• Sending data to centralized dashboards
• Monitoring multiple sensor nodes remotely
• Organizing device data by room/location
• Real-time IoT visualization concepts

Using:
• ThingSpeak
• Blynk

MQTT & IoT Messaging

• Introduction to MQTT communication
• Publish/Subscribe messaging model
• Understanding:

• Topics
• Brokers
• Clients
  • Sending multi-device sensor updates efficiently

Using:
• MQTT

Example network communication concept:
f(n)=n\times d

Multi-Room Monitoring System

• Designing a smart room monitoring network
• Collecting:

• Temperature data
• Humidity data
• Occupancy or distance data
  • Central dashboard visualization
  • Basic alert and automation concepts

Mini Practice Activities

• ESP8266 device communication testing
• Multi-node sensor monitoring
• MQTT message publishing/subscribing
• Room-based dashboard setup
• Real-time multi-device data visualization

Final Project

Project: Smart Multi-Room IoT Monitoring System

Features:

• Multiple ESP8266 sensor nodes
• Wireless data communication
• Central cloud dashboard
• Multi-room environmental monitoring
• Real-time data updates and visualization

Example Projects:

• Smart classroom monitoring
• Smart home room sensors
• Warehouse environmental monitoring
• Multi-room IoT dashboard system

Requirements

• Basic ESP8266 and IoT knowledge required
• Laptop/PC with internet connection recommended

Description

This course introduces students to Wireless Sensor Networks (WSN) and advanced IoT communication systems using multiple ESP8266 devices. Students will learn how to collect sensor data from different locations and display it on centralized cloud dashboards.

By the end of this program, learners will understand how scalable IoT monitoring systems are designed and managed using multi-node communication.

Why Choose This Course?

• Real-world IoT networking concepts
• Multi-device communication projects
• Cloud-connected sensor systems
• Advanced ESP8266 practical experience

Activities During Class

• Connecting multiple ESP8266 boards
• Sending and receiving wireless data
• Monitoring multiple sensors
• Building centralized dashboards
• Testing MQTT communication systems

Who Is This Course For?

• Advanced IoT and robotics learners
• Smart systems and automation students
• STEM and embedded systems enthusiasts
• Future IoT solution developers

Course Highlights

• Wireless Sensor Networks
• Multi-Node ESP8266 Communication
• MQTT Messaging Systems
• Multi-Room IoT Monitoring
• Cloud Dashboards
• Smart Sensor Integration

🌐 Final Outcome

Students will be able to:
• Build multi-device IoT systems
• Connect ESP8266 boards wirelessly
• Collect data from multiple locations
• Use MQTT for IoT communication
• Create centralized monitoring dashboards
• Understand scalable wireless sensor networks