IoT & Robotics: Build Smart Devices and Automated Systems
Develop the skills to build interconnected devices that can interact with the physical world. This course gives you practical experience in designing, programming, and deploying smart hardware and autonomous robots.
The Internet of Things and robotics are shaping the future of automation—from smart homes to industrial manufacturing. This course walks you through microcontrollers, sensor networks, and robotic control systems. Gain the confidence to bridge the gap between software and hardware to create intelligent physical systems.
What You'll Learn
- ✓Understand core IoT architecture and basic robotic kinematics.
- ✓Implement sensor integration and microcontroller programming (Arduino/Raspberry Pi).
- ✓Design connected devices that communicate via cloud protocols like MQTT.
- ✓Learn to build, wire, and control autonomous and semi-autonomous robots.
- ✓Deploy IoT networks for smart home and industrial monitoring applications.
- ✓Build end-to-end smart systems from hardware assembly to dashboard monitoring.
Course Curriculum
Understand the convergence of the physical and digital worlds.
- What is IoT & Robotics? History & Applications
- Basic electronics: Voltage, Current, and Breadboards
- Introduction to microcontrollers (Arduino, NodeMCU)
- Setting up the IDE and writing your first scripts
- Overview of Raspberry Pi and basic Linux commands
Interface physical components to gather data and create movement.
- Digital and Analog I/O pins concepts
- Working with sensors: Temperature, Ultrasonic, IR
- Introduction to actuators: DC motors, Servos, Steppers
- Pulse Width Modulation (PWM) for motor speed control
- Project: Building a basic sensor-triggered alarm system
Connect your devices to the internet and facilitate data exchange.
- IoT network architectures and topologies
- Wi-Fi and Bluetooth (BLE) integration
- The MQTT protocol: Publish and Subscribe model
- RESTful APIs and HTTP requests for IoT
- Hands-on: Sending sensor data to a local server
Store, process, and visualize your IoT sensor data on cloud platforms.
- Introduction to Cloud IoT services (AWS IoT, Blynk)
- Time-series databases for sensor data storage
- Creating interactive dashboards for monitoring
- Setting up alerts and automated triggers
- Project: Real-time internet-connected weather station
Learn the mechanics and kinematics behind building mobile robots.
- Types of robots: Wheeled, Legged, and Drones
- Chassis design and power supply management
- Differential drive kinematics and steering
- Motor drivers (L298N) and safe power distribution
- Hands-on: Assembling a 2-wheel drive robotic chassis
Implement logic to make your robots move accurately and autonomously.
- Closed-loop vs. Open-loop control systems
- Implementing PID controllers for smooth movement
- Obstacle avoidance using ultrasonic sensors
- Line following using Infrared (IR) sensor arrays
- Project: Building an autonomous maze-solving robot
Give your robots the ability to see and interpret their surroundings.
- Introduction to robotic perception and vision
- Integrating camera modules (Raspberry Pi Camera)
- Basic image processing and filtering with OpenCV
- Color detection and object tracking fundamentals
- Hands-on: Creating a robot that follows a specific object
Apply your learning to build industry-grade smart systems and robots.
- End-to-end IoT project architecture walkthrough
- Troubleshooting hardware and software integration
- Power optimization and battery management
- Designing enclosures and 3D printing (Overview)
- Capstone: Build a cloud-controlled autonomous rover
Course Materials Provided
- ✓In-Depth Video Lessons: Comprehensive video content covering all major hardware and software techniques.
- ✓Hands-On Projects: Use real components to build interactive physical applications.
- ✓Access to Resources: Get downloadable circuit diagrams, code scripts, and 3D models.
- ✓Knowledge Checks: Test your understanding after each electronics module.
- ✓Industry Expert Insights: Learn practical hardware tips and trends from automation professionals.
Who This Course Is For
- ✓Beginners: Individuals with no prior electronics experience who want to explore hardware and build from scratch.
- ✓Students: College or school learners aiming to gain hardware skills that enhance their academic and project profile.
- ✓Professionals: Software developers or engineers looking to bridge the gap into hardware, IoT, or automation roles.
- ✓Tech Enthusiasts: Passionate makers, tinkerers, and hobbyists who enjoy bringing physical machines to life.
