Embedded Systems

Embedded Systems Course – Technologics Global This 15-week hands-on course covers Embedded Systems & IoT, focusing on microcontrollers, communication protocols, and sensor-actuator interfacing. Students will learn Embedded C/Python, work with Arduino, ESP32, and Raspberry Pi, and implement real-world IoT projects. Key topics include GPIO, UART, SPI, I2C, Wi-Fi, Bluetooth, MQTT, and cloud integration. The course culminates in a final IoT project, preparing students for industry-ready IoT development.

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Technologics Global

25:08:00 Hours

33 Enrolled

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English

Last updated

Tue, 11-Nov-2025

Course description

Embedded Systems Course – Technologics Global

This 15-week comprehensive course provides a hands-on learning experience in Embedded Systems and IoT, covering key concepts, hardware interfacing, and wireless communication. Students will gain practical skills in microcontrollers, communication protocols, and sensor-actuator integration, using development boards like Arduino, ESP32, and Raspberry Pi.

Key Learning Areas:

  • Embedded Systems & IoT Fundamentals – Understanding microcontrollers vs. microprocessors, IoT architecture, and development environments.
  • Hardware & Peripheral Interfacing – Working with GPIO, ADC, timers, and communication protocols such as UART, SPI, and I2C.
  • Wireless Connectivity & IoT Networking – Implementing Wi-Fi, Bluetooth, HTTP, MQTT, and WebSocket for IoT applications.
  • Cloud Integration & Remote Data Management – Connecting IoT devices to platforms like Thingspeak, Blynk, and Firebase for real-time monitoring.
  • Sensor & Actuator Interfacing – Working with ultrasonic sensors, DHT11/DHT22, motors, relays, and servos for automation projects.
  • Project-Based Learning – Hands-on projects in sensor data acquisition, IoT communication, and cloud-based control systems.
  • Final Capstone Project – Designing, debugging, and presenting a complete IoT system, applying all learned concepts.

By the end of the course, students will have the technical expertise and practical experience to develop real-world IoT solutions for smart applications, automation, and connected systems.

What will i learn?

  • Embedded IoT Course – Learning Outcomes By the end of this 15-week Embedded IoT course, students will be able to: 1. Embedded Systems & IoT Fundamentals Understand microcontrollers vs. microprocessors and IoT architecture. Set up development environments for Arduino, ESP32, and Raspberry Pi. 2. Microcontroller Programming & Peripheral Interfacing Write Embedded C/Python programs for IoT applications. Interface sensors (temperature, ultrasonic, MPU6050) and actuators (motors, relays, servos) with microcontrollers. 3. Communication Protocols & Wireless Networking Implement UART, SPI, and I2C for device communication. Develop IoT applications using Wi-Fi, Bluetooth, MQTT, HTTP, and WebSockets. 4. Cloud Integration & IoT Data Management Connect IoT devices to Thingspeak, Firebase, and Blynk for remote monitoring and control. Implement data logging, visualization, and real-time alerts for IoT applications. 5. Hands-on Project Development Design, implement, and debug sensor-based IoT systems. Work on a final capstone project, integrating sensors, communication protocols, and cloud platforms. 6. Industry-Ready IoT Skills Gain practical experience in hardware-software integration, debugging, and IoT security best practices. Present and document IoT project solutions, preparing for real-world applications in automation, smart systems, and industrial IoT. This course equips students with job-ready skills in Embedded Systems and IoT, making them capable of building real-world smart applications! 🚀

Requirements

  • Embedded IoT Course – Requirements To get the most out of this 15-week Embedded IoT course, students should meet the following requirements: 1. Basic Knowledge (Recommended but Not Mandatory) Programming Basics – Familiarity with C or Python will be helpful. Electronics Fundamentals – Understanding resistors, sensors, and circuits is beneficial but not required. 2. Hardware Requirements (For Hands-on Practice at Home) Development Boards – Arduino (Uno/Nano), ESP32, or Raspberry Pi. Sensors & Actuators – Ultrasonic Sensor (HC-SR04), DHT11/DHT22, MPU6050, motors, relays, and servos. Communication Modules – Wi-Fi (built-in ESP32), Bluetooth (ESP32), I2C/SPI components. Other Essentials – Jumper wires, breadboard, power supply, and USB cables. 3. Software Requirements Arduino IDE – For Arduino and ESP32 programming. ESP-IDF / MicroPython – For ESP32 development (optional). Python (for Raspberry Pi) – If working with Raspberry Pi-based projects. Cloud Platforms – Thingspeak, Firebase, Blynk (for IoT cloud integration). 4. Internet & System Requirements A PC or Laptop (Windows/Linux/Mac) with at least 4GB RAM. Stable internet connection for cloud-based IoT applications. Note: All required software is open-source and free to use. Hardware kits may be available for purchase or provided in lab sessions (for offline participants).

Frequently asked question

This course is ideal for students, engineers, and professionals interested in learning Embedded Systems and IoT development. Basic programming knowledge (C/Python) is recommended but not mandatory.

The course covers Arduino, ESP32, Raspberry Pi, along with sensors (DHT11, ultrasonic, MPU6050), actuators (motors, relays, servos), and various communication modules.

Yes! The course includes practical sessions, real-world projects, and a final capstone project, ensuring hands-on experience with hardware, software, and IoT applications.

Yes, students who successfully complete the course, including project work and assessments, will receive a Technologics Global certification.

Technologics Global

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30000₹

Lectures

20

Skill level

Beginner

Expiry period

2 Months
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