IoT & Robotics

Build the future of automation with this exciting IoT & Robotics course from Ucanly. This intermediate program is for creators and developers who want to merge the physical world of robotics with the vast network of the Internet of Things (IoT). You will learn to design, build, and program intelligent robotic projects that can be monitored and controlled from anywhere in the world using sensors, actuators, and cloud platforms.

With the expert guidance of Ucanly, you will learn to program microcontrollers like Arduino and ESP32 to control motors, read sensor data, and connect to the internet. This Ucanly course is intensely hands-on, guiding you through the process of sending real-world data to a cloud dashboard and receiving commands to trigger robotic actions. You’ll master the integration of hardware and software to create truly smart, connected devices.

By the end of this project-driven course, you will have built a sophisticated, cloud-connected robotic system, demonstrating your ability to engineer a complete IoT solution from the ground up.

Build and program robots using Arduino and ESP32 microcontrollers.
Integrate a wide variety of sensors and actuators into your projects.
Connect your hardware projects to the internet via Wi-Fi.
Use IoT cloud platforms to visualize data and control your robot remotely.
Understand and use the MQTT protocol for efficient IoT communication.
Design and implement autonomous behaviors in your robots.
Complete a portfolio-ready IoT robotics project from concept to deployment.

Live Q&A and Project Build-Along Sessions with Instructors
On-demand video lectures
Downloadable source code, circuit diagrams, and 3D-printable part files
Guides for selecting components and tools
Quizzes and challenging hands-on lab assignments
Lifetime access to course materials and future updates
Certificate of Completion from Ucanly

Course Content

Module 1: The Intersection of Worlds (The Ucanly Connection)
This module, curated by Ucanly, establishes the fundamental principles of how IoT and Robotics work together.

Lesson 1.1: Course Introduction: What are IoT and Robotics?
Lesson 1.2: The Synergy: How IoT Supercharges Robotics
Lesson 1.3: Essential Electronics for Robotics (Motors, Power Supplies, Drivers)
Lesson 1.4: Choosing Your Brain: Arduino vs. ESP32 Microcontrollers
Lesson 1.5: Setting Up Your IDE and First Hardware “Hello World”

Module 2: Building the Robotic Body
Learn to assemble and control the physical components of a robot to make it move and interact with its environment.

Module 3: Giving the Robot Senses
Equip your robot with a variety of sensors to perceive the world around it.

Module 4: Connecting Your Robot to the Internet
Learn how to use Wi-Fi-enabled microcontrollers to get your project online.

Module 5: IoT Cloud Platforms (A Ucanly Deep Dive)
Master the art of sending sensor data to the cloud and receiving commands from a dashboard, with guidance from Ucanly.

Module 6: Building the Connected Robot
This is where it all comes together! Integrate your robotic system with your cloud platform.

Module 7: Automation and Autonomous Behavior
Program your robot to make intelligent decisions based on a combination of local sensor data and cloud commands.

Module 8: Capstone: The Smart IoT Robot (The Ucanly Challenge)
Apply all your skills to build a complete, feature-rich IoT robotics project from start to finish.

A course by

Ucanly

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Price:
Original price was: ₹25,000.00.Current price is: ₹14,500.00.
Instructor:Ucanly
Duration: 65 hours
Lessons:37
Students:0
Level:Beginner

IoT & Robotics

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Course Content

Module 1: The Intersection of Worlds (The Ucanly Connection) This module, curated by Ucanly, establishes the fundamental principles of how IoT and Robotics work together.

Lesson 1.1: Course Introduction: What are IoT and Robotics?

Lesson 1.2: The Synergy: How IoT Supercharges Robotics

Lesson 1.3: Essential Electronics for Robotics (Motors, Power Supplies, Drivers)

Lesson 1.4: Choosing Your Brain: Arduino vs. ESP32 Microcontrollers

Lesson 1.5: Setting Up Your IDE and First Hardware “Hello World”

Module 2: Building the Robotic Body Learn to assemble and control the physical components of a robot to make it move and interact with its environment.

Lesson 2.1: Understanding DC Motors, Servos, and Stepper Motors

Lesson 2.2: Using Motor Drivers to Control Speed and Direction

Lesson 2.3: Assembling a Basic Robotic Chassis

Lesson 2.4: Programming Basic Movement: Forward, Backward, and Turns

Lesson 2.5: Project: Creating an Obstacle-Avoiding Rover

Module 3: Giving the Robot Senses Equip your robot with a variety of sensors to perceive the world around it.

Lesson 3.1: Working with Digital and Analog Sensors

Lesson 3.2: Measuring Distance with Ultrasonic and Infrared Sensors

Lesson 3.3: Sensing the Environment: Temperature, Humidity, and Light Sensors

Lesson 3.4: Reading Motion with Accelerometers and Gyroscopes

Lesson 3.5: Project: Building a Line-Following Robot

Module 4: Connecting Your Robot to the Internet Learn how to use Wi-Fi-enabled microcontrollers to get your project online.

Lesson 4.1: Introduction to Wi-Fi Modules (ESP8266 & ESP32)

Lesson 4.2: Connecting to a Wi-Fi Network

Lesson 4.3: Making Your First API Request to a Web Service

Lesson 4.4: Creating a Simple Web Server on Your Microcontroller to Control an LED

Lesson 4.5: Live Session: Real-Time Network Debugging

Module 5: IoT Cloud Platforms (A Ucanly Deep Dive) Master the art of sending sensor data to the cloud and receiving commands from a dashboard, with guidance from Ucanly.

Lesson 5.1: Introduction to IoT Platforms (Blynk, Adafruit IO, AWS IoT)

Lesson 5.2: Understanding the MQTT Protocol for IoT

Lesson 5.3: Sending Sensor Data to a Cloud Dashboard

Lesson 5.4: Creating a UI with Buttons and Sliders to Send Commands

Lesson 5.5: Project: Creating a Cloud-Based Environmental Monitor

Module 6: Building the Connected Robot This is where it all comes together! Integrate your robotic system with your cloud platform.

Lesson 6.1: Architecting an IoT-Enabled Robot

Lesson 6.2: Controlling Robot Movement from a Web Dashboard

Lesson 6.3: Streaming Live Sensor Data from Your Robot to the Cloud

Lesson 6.4: Setting Up Alerts and Notifications Based on Sensor Triggers

Module 7: Automation and Autonomous Behavior Program your robot to make intelligent decisions based on a combination of local sensor data and cloud commands.

Lesson 7.1: Creating State Machines for Robot Behavior

Lesson 7.2: Programming Autonomous Tasks (e.g., “Patrol until a command is received”)

Lesson 7.3: Over-the-Air (OTA) Firmware Updates

Lesson 7.4: Introduction to Edge Computing Concepts

Module 8: Capstone: The Smart IoT Robot (The Ucanly Challenge) Apply all your skills to build a complete, feature-rich IoT robotics project from start to finish.

Lesson 8.1: Project Ideation: Smart Robotic Arm, Automated Greenhouse, or Surveillance Rover

Lesson 8.2: System Design and Component Selection

Lesson 8.3: Building the Hardware and Developing the Firmware

Lesson 8.4: Final Demonstration of Your Cloud-Controlled Robotic System

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