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Embedded Systems

Embedded Systems

About The Course

 

Our Embedded Systems course is designed to equip students with the skills and knowledge required to design, develop, and deploy advanced embedded solutions. This comprehensive course covers the fundamentals of microcontrollers, real-time operating systems, sensor interfacing, and embedded software development. With hands-on projects and practical labs, students will learn to integrate hardware and software seamlessly, gaining experience with industry-standard tools and platforms. Whether you’re looking to build a career in IoT, automotive, robotics, or consumer electronics, this course provides the foundation and expertise needed to excel in the rapidly evolving field of embedded systems.

The Course Curriculam

MODULE 1: Introduction to Embedded Systems Overview of embedded systems and their applications Characteristics and challenges of embedded systems design Introduction to microcontrollers and microprocessors.

MODULE 2: Microcontroller Architecture Architecture and components of microcontrollers Embedded systems development tools (IDEs, compilers, debuggers) Introduction to assembly language programming for microcontrollers.

MODULE 3: Embedded C Programming Basics of C programming for embedded systems Data types operators and control structures in embedded C Memory management and I/O operations in embedded.

MODULE 4: Interrupts and Timers Introduction to interrupts and interrupt handling mechanisms Timer modules and their applications in embedded systems Writing interrupt service routines (ISRS) in embedded C. Curriculum included

MODULE 5: Input/Output Interfacing Basics of digital and analog I/O interfacing Interfacing with sensors and actuators Serial communication protocols (UART, SPI, 12C)

MODULE 6: Embedded Systems Development Platforms Introduction to development boards and kits (Arduino, Raspberry Pi, etc.) Setting up and configuring development environments Hands-on exercises with development boards

MODULE 7: Real-time Operating Systems (RTOS) Overview of real time operating systems Task scheduling and management in RTOS Case studies of RTOS applications in embedded systems

MODULE 8: Embedded Systems Design Techniques Design considerations for embedded systems (power, size, cost, etc.) Hardware/software co-design methodologies Case studies of embedded systems design projects Curriculum included

MODULE 9: Embedded Systems Testing and Debugging Testing methodologies for embedded systems Debugging techniques and tools Code optimization and performance tuning.

MODULE 10: Wireless Communication in Embedded Systems Introduction to wireless communication protocols (Bluetooth, Wi-Fi, etc.) Designing embedded systems with wireless connectivity Case studies of wireless sensor networks and IoT applications.

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