📚 Microelectronics & Microcontrollers

Code; 8007-EC

📚 Course: Microelectronics & Microcontrollers

📖 Course Description: Microelectronics & Microcontrollers

The Microelectronics & Microcontrollers course provides a comprehensive introduction to microelectronics principles and hands-on experience with microcontroller programming. This course covers the fundamentals of semiconductors, circuit design, and embedded systems, equipping learners with the skills needed to develop real-world applications.

You will gain practical experience with popular microcontrollers such as AVR, PIC, ARM Cortex (STM32), and ESP32, learning to interface sensors, actuators, and communication modules. Additionally, the course covers embedded C programming, circuit simulation, PCB design, and real-time operating systems (RTOS).

By the end of the course, you will be able to design, program, and optimize embedded systems for IoT, automation, and industrial applications.

ℹ️ General Information: Microelectronics & Microcontrollers Course

📌 Course Title: Microelectronics & Microcontrollers
⏳ Duration: Varies (Self-paced / Instructor-led options available)
🎓 Level: Beginner to Intermediate
🛠️ Mode: Online / Offline (Hands-on Labs)
📚 Language: English
📜 Certification: Provided upon successful completion
🎯 Prerequisites: Basic electronics knowledge & fundamental programming concepts
🔧 Tools Used: Arduino, ESP32, STM32, MPLAB, Keil, Proteus, LTspice, FreeRTOS

🎯 Target Audience

👨‍💻 Electronics & Electrical Engineers – Professionals working in circuit design & embedded systems.
🎓 Students & Researchers – Studying microcontrollers, digital circuits, and system design.
🔧 Embedded Systems Developers – Engineers building IoT, automation, and robotics solutions.
🤖 Hobbyists & Makers – Enthusiasts exploring microcontroller-based projects.

📌 Course Content

📍 Level 1: Introduction to Microelectronics

✅ Semiconductors & IC Technology – Understanding MOSFETs, transistors & fabrication.
✅ Analog & Digital Circuits – Basics of op-amps, logic gates, and circuit design.
✅ Power Management – Voltage regulators, converters & energy efficiency.

📍 Level 2: Microcontrollers Basics

✅ What is a Microcontroller? – Overview of MCU architecture & functionality.
✅ Popular Microcontrollers – AVR, PIC, ARM Cortex, ESP32, STM32.
✅ Memory & I/O Interfaces – Understanding RAM, Flash, GPIO, ADC/DAC, UART, I2C, SPI.

📍 Level 3: Programming Microcontrollers

✅ Embedded C & Assembly Language – Writing firmware & low-level code.
✅ Using Development Tools – IDEs, debuggers & simulators (Keil, MPLAB, Arduino, ESP-IDF).
✅ Real-time Operating Systems (RTOS) – Basics of FreeRTOS & embedded multitasking.

📍 Level 4: Interfacing & Communication

✅ Sensors & Actuators – Connecting temperature, motion, and pressure sensors.
✅ Communication Protocols – UART, SPI, I2C, CAN, Bluetooth, Wi-Fi, LoRa.
✅ Embedded Systems Applications – IoT, robotics, automation & industrial control.

📍 Level 5: Advanced Topics & Project Development

✅ PCB Design for Microcontrollers – Schematic, layout & manufacturing files.
✅ Power Optimization & Low-Power MCUs – Strategies for battery-powered devices.
✅ Final Project – Hands-on design of a real-world embedded system.

📦 Materials Included

📘 Lecture Notes & PDFs
🔌 Circuit Schematics & Design Files
🎥 Video Tutorials & Code Examples
🖥️ Simulation & Debugging Tools
🛠️ Hardware Kits & Software Resources

🏆 Learning Outcomes

✅ Understand microelectronics fundamentals & microcontroller architectures.
✅ Write firmware & develop embedded applications with industry tools.
✅ Interface sensors & communicate using multiple protocols.
✅ Design & implement real-world embedded systems.