Internship Details

• MODULE-1: Introduction to Embedded Systems
• MODULE-2: Microcontroller Programming Basics
• MODULE-3: Interfacing with Sensors & Actuators
• MODULE-4: Mini Project Implementation

• Understand embedded system architecture 
• Learn microcontroller basics 
• Develop simple embedded programs 
• Interface basic peripherals 

• MODULE-1: Introduction to Embedded Systems
  Introduces embedded systems, applications, and architecture. Students learn differences between microcontrollers and microprocessors. Emphasis is on understanding system components such as CPU, memory, and I/O devices used in real-world embedded applications including consumer electronics, automotive systems, and industrial automation environments. 
• MODULE-2: Microcontroller Programming Basics
  Covers programming fundamentals using C language. Students learn variables, loops, and functions for embedded applications. Focus is on writing efficient code for microcontrollers and understanding program flow used in embedded system development. 
• MODULE-3: Interfacing with Sensors & Actuators
  Students learn how to interface LEDs, switches, sensors, and motors with microcontrollers. Emphasis is on input-output operations and real-world applications such as temperature sensing and motor control systems. 
• MODULE-4: Mini Project Implementation
  Students develop a simple embedded project integrating sensors and actuators. Focus is on applying programming and interfacing concepts to create a functional system. 

Students will understand embedded system fundamentals and programming. They will be able to interface basic hardware components and develop simple embedded applications. This course builds a strong foundation for careers in embedded systems, IoT, and electronics design industries requiring hardware-software integration skills.