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Electronics and Communication Engineering

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HEAD OF DEPARTMENT
DR. DAVID SOLOMON GEORGE

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Departments

Architecture Civil Computer Science Electrical & Electronics Electronics & Communication Mechanical Computer Applications Applied Science Physical Education

HOD'S DESK

Welcome to the Department of Electronics and Communication Engineering at Rajiv Gandhi Institute of Technology, Kottayam. Our department is committed to fostering an environment of academic excellence, innovation, and research in both undergraduate and postgraduate education.
We offer two B. Tech programs in Electronics & Communication Engineering and Robotics and Artificial Intelligence that aim to equip students with a solid foundation in theory, practical skills, and the latest technological advancements. These programs are designed to meet the demands of industry and prepare our graduates for a wide range of career opportunities in diverse sectors such as telecommunications, VLSI, robotics, AI, and embedded systems.
In addition to our undergraduate offerings, we provide three specialized M. Tech programs in Advanced Communication and Information Systems, Advanced Electronics & Communication Engineering, and Robotics & Artificial Intelligence. These programs are tailored to cultivate a deeper understanding of complex technologies and encourage interdisciplinary research, equipping our students with the expertise to address challenges in rapidly evolving fields.
Our department is proud to host a team of experienced faculty members who are dedicated to mentoring students and engaging in impactful research. We strive to inspire innovation and nurture talent that can contribute to society and shape the future of technology.


VISION

To be a centre of excellence in Electronics, Communication, and Intelligent Systems by fostering quality education, research and innovation for the betterment of society.

MISSION

M1. Deliver high quality professional education in Electronics, Communication, Robotics, and Artificial Intelligence through cutting- edge facilities and learner-centric methodologies.
M2. Build strong theoretical and applied foundations that prepare students for advanced studies, research, and innovation in intelligent systems and emerging technologies.
M3. Promote technological advancement and interdisciplinary innovation to address societal challenges and contribute to sustainable development.

  • PEO 1: Apply theoretical and practical knowledge in Electronics, Communication, and emerging areas such as AI, IoT, and intelligent systems to creatively solve engineering problems relevant to industry, research, and society.
  • PEO 2: Pursue higher education, research, or professional advancement in engineering or management fields, with adaptability to technological evolution and interdisciplinary domains.
  • PEO 3: Demonstrate leadership, professionalism, and teamwork to to interact effectively in multidisciplinary environments and contribute successfully to national and global development.

  • PSO 1: Core Domain Expertise Demonstrate analytical, problem-solving, and design skills in core areas such as analog and digital circuits, communication systems, electromagnetics, signal processing, VLSI, and embedded systems.
  • PSO 2: Industry and Technological Adaptability Adapt to rapidly evolving hardware and software tools, platforms, and technologies in electronics, communication, and related interdisciplinary industries.
  • PSO 3: Innovation, Research, and Entrepreneurship Apply Electronics engineering knowledge and innovative thinking to pursue advanced research or to establish technology-driven entrepreneurial ventures addressing societal and industrial needs.