A Skill Development Course on “Advanced Embedded Systems” was conducted by Marcello
Tech from 05 March 2026 to 11 March 2026. The course aimed to enhance II year ECE students'
knowledge and practical skills in embedded system design, programming, and real-time applications.
It provided an excellent platform for participants to gain industry-oriented exposure to modern
embedded technologies.
The course began with an overview of embedded systems architecture, including microcontrollers,
processors, memory organization, and peripheral interfaces. Students were introduced to the
fundamental concepts of embedded hardware and software design, enabling them to understand the
role of embedded systems in various applications such as consumer electronics, automotive systems,
industrial automation, and IoT devices.
The training included hands-on sessions on embedded C programming, interfacing techniques, and
debugging methodologies. Participants learned to develop and test embedded applications using
development boards and simulation tools. Emphasis was given to writing efficient and reliable code
for real-time embedded applications.

Advanced topics such as communication protocols, including UART, SPI, and I2C, were covered in
detail. Students gained practical experience in interfacing sensors, actuators, and external devices with
microcontrollers. The course also introduced real-time operating system (RTOS) concepts, task
scheduling, and resource management techniques used in modern embedded systems.
To strengthen practical understanding, students worked on mini projects involving sensor interfacing,
device control, and embedded application development. These activities helped them apply theoretical
concepts to real-world engineering problems and improve their problem-solving abilities.
Course Outcomes
By the end of the course, students were able to:
 Understand the architecture and working principles of embedded systems.
 Develop embedded applications using Embedded C programming.
 Interface sensors, actuators, and peripheral devices with microcontrollers.
 Implement communication protocols such as UART, SPI, and I2C.
 Understand the fundamentals of Real-Time Operating Systems (RTOS).
 Design, test, and debug embedded system applications.
 Develop mini projects based on real-world embedded system requirements.
Overall, the Skill Development Course on Advanced Embedded Systems successfully enhanced the
technical knowledge and practical skills of students. The training provided valuable industry-relevant
experience and prepared participants for future opportunities in embedded system design and
development.