Electronics and Communication Engineering

About the Program

Core Focus : SITASRM ENGINEERING & RESEARCH INSTITUTE's B.Tech. in Electronics & Communication Engineering program prepares students for impactful careers in the rapidly evolving world of electronics and communication. The program provides a strong foundation in math and science, and emphasizes the development of complex electronic devices, circuits, and systems. Students will gain expertise in areas like microelectronics, communication techniques, networks, and telecommunication systems.

Curriculum Highlights : The curriculum covers Electronic Devices and Circuits, Digital Principles, Analog and Digital modulation techniques, Wireless communications, Satellite and Optical communication technologies, Computer communication and Networking, Microelectronic circuits, and electronic Instrumentation and Control.

Career Readiness (Combined): Graduates will be ready to drive innovation in various industries and research.

Curriculum Structure

Focus

SERI’s curriculum is designed to develop specialized skill sets that help students to think innovatively and to efficiently develop real-world solutions to complex problems. The curriculum incorporates theoretical bases, as well as pragmatic knowledge by utilizing an array of engaged and current specialty courses

Course Examples (ECE)

Covers Electronic Devices and Circuits.

Includes study of Digital Principles.

Explores Analog and Digital modulation techniques for communication.

Examines equipment and systems in Wireless communications.

Covers Satellite and Optical communication technologies.

Involves Computer communication and Networking.

Focuses on design and development of Microelectronic circuits.

Includes components and systems for electronic Instrumentation and Control.

Covers hardware and interfacing of computer systems.

Integrates programming skills.

Applies computers in signal processing and communication.

Program Outcomes (POs)

Foundation

To develop a strong understanding of the fundamental principles of electronics, communication, and related areas

Problem Solving

To foster critical thinking, problem-solving abilities, and creativity in addressing complex challenges in electronics and communication

Critical Thinking & Innovation

To develop critical thinking abilities, problem solving, and creativity in the simplification and approaches to complex technological issues, allowing for innovative products and solutions.

Career Prep

To prepare graduates for successful careers in electronics and communication industries, research, and academia.

Interdisciplinary

To cultivate an appreciation for the interdisciplinary nature of electronics and communication and its connections to other fields.

Program Specific Outcomes (PSOs)

Core Skills : Design and develop electronic devices, circuits, and systems.

Communication Focus : Work in the design and development of communication systems and networks

Microelectronics : Contribute to advancements in microelectronics and embedded systems

Applications : Apply electronics and communication technologies in diverse fields such as healthcare, automation, and IT.

Career Paths : Pursue careers in research, academia, and various industries.