ESP32 ARDUINO & IoT ROBOTICS COURSE
Duration: 4 Months
Total Hours: 70
Mode: Online
Award: Certificate from UGC recognized University
Entry Requirement: Basic computer knowledge / No prior programming experience required
Course Overview
The ESP32 Arduino & IoT Robotics Course is designed to provide students with a strong foundation in embedded systems, programming, and hardware interfacing using the ESP32 microcontroller and Arduino platform. Through structured lessons and hands-on projects, students will learn how to control sensors, actuators, and robotic components while developing efficient microcontroller-based systems.
This course places special emphasis on wireless communication (Wi-Fi & Bluetooth), IoT system development, and real-world robotics applications. By the end of the program, students will be capable of designing, building, and deploying smart IoT-enabled robotics solutions, integrating hardware and software to create innovative, connected systems.
Course Content Summary
Programming with C++ & Arduino Fundamentals
Learn core programming concepts including variables, data types, control flow, functions, arrays, and Object-Oriented Programming (OOP). The goal is to build strong coding skills for embedded systems and create modular, reusable Arduino libraries.
ESP32 Hardware Interfacing
Work with digital and analog inputs/outputs, sensors, relays, LCD (I2C) displays, and shift registers (74HC595). The goal is to confidently interface hardware components and expand microcontroller capabilities.
Wireless Communication (Wi-Fi & Bluetooth)
Implement Wi-Fi client-server communication, Bluetooth, and BLE between ESP32 devices. The goal is to enable reliable wireless data transfer and remote device control.
Web Server & Remote Control Systems
Develop ESP32-based web servers to monitor and control hardware remotely, including PWM sliders, relays, servos, and GPIO control. The goal is to create interactive, browser-based control systems.
IoT Cloud Applications
Deploy real-world IoT projects using Arduino Cloud, such as weather stations and remote monitoring systems. The goal is to build connected, data-driven IoT solutions.
Robotics & Motor Control
Control DC gear motors and servo motors to design robotics projects like Bluetooth-controlled or ultrasonic obstacle-avoiding cars. The goal is to integrate hardware and software into functional robotic systems.
Advanced Modules & Real-World Projects
Work with advanced components like the ESP32 camera module and BME680 environmental sensor to develop smart automation and monitoring applications. The goal is to design innovative, real-world IoT and robotics projects.
Course Lecturer
Viduranga Jayakody
BSc (Hons). Engineer -University of Peradeniya (IESL,
ECSL)
Director & CEO at Future Robotics (PVT) LTD
Lecturer at NTSL
Entrepreneur