| Expiry period |
Lifetime |
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| Made in |
English |
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| Last updated at |
Wed Apr 2026 |
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| Level |
Beginner |
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| Total lectures |
20 |
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| Total quizzes |
0 |
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| Total duration |
25:03:10 Hours |
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| Total enrolment |
102 |
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| Number of reviews |
0 |
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| Short description |
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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| Outcomes |
- 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! 🚀
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| 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).
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