School of Electronics & Communication Engineering

In the contemporary era, electronics stands as the foremost domain of rapid technological advancement, characterized by unparalleled growth and continual evolution. It permeates every facet of engineering, spanning computer science, telecommunications, defense systems, mechatronics, instrumentation, automation, robotics, artificial intelligence, computer networks, satellite technology, and educational spheres. Electronics has precipitated a paradigm shift in global civilization, revolutionizing the very fabric of human existence.

The realm of communication has undergone a profound transformation, owing to the relentless progress in electronics. Presently, communication transcends geographical barriers, facilitated by computers, mobile devices, and satellite networks spanning vast expanses of land and sea. Yet, the horizon of possibilities remains boundless, with emerging technologies poised to further revolutionize communication, all rooted deeply in the foundational principles of electronics.

Vision & Mission

Vision:

To attain global acclaim as a premier hub in Electronics, cultivating profoundly skilled technical experts imbued with unwavering integrity and a fervent dedication to advancing societal progress.

Mission:

Cultivate and disseminate advanced knowledge in electronics through specialized graduate, postgraduate, and doctoral programs.
Strive to translate acquired expertise into tangible societal advancements.
Facilitate dissemination of knowledge in electronics and communication engineering through various platforms.
Foster human potential and leadership in specialized domains of electronics and communication engineering.

Objectives

The establishment of the School of Electronics & Communication Engineering aims to provide students with unparalleled training in electronics, equipping them to meet the rigorous demands of the fiercely competitive global industrial landscape. The objectives of the B.Tech. Programme encompass

Providing a progressive training curriculum, covering fundamentals of electronics and advanced technologies in communication, digital design, and chip design.
Cultivating curiosity among students towards electronics, fostering confidence in exploration and innovation.
Developing students’ work ethics, organizational skills, teamwork abilities, and professionalism awareness.

Programmes Offered

B.Tech. (Electronics & Comm. Engineering)
M.Tech. (Electronics & Comm. Engineering)
Ph.D.

Curriculum & Syllabus

Click here for Curriculum & Syllabus / Course Structure

Training Methodology

The program prioritizes experiential learning, with a substantial portion of the curriculum dedicated to practical application. Students engage with state-of-the-art equipment and apply classroom knowledge. Alongside traditional coursework, students refine skills through group discussions, presentations, and mandatory project work starting from the 5th semester. Continuous assessment evaluates their progress. Furthermore, students undertake summer training in industrial settings, gaining insights into project management, teamwork, quality assurance, and documentation adhering to industry standards. This comprehensive approach ensures students are equipped with not only theoretical knowledge but also practical competencies essential for their professional development.

Infrastructure

Additional Information

At the School of Electronics and Communication, University, we pride ourselves on providing a dynamic learning environment equipped with state-of-the-art facilities to nurture the next generation of innovators and engineers. Our infrastructure is designed to foster collaborative learning and hands-on experience, ensuring students are well-prepared for the challenges of the modern world.

Interactive Classes: Our classrooms are equipped with advanced audio-visual systems, facilitating interactive learning experiences. Students actively engage with course material through multimedia presentations, discussions, and group activities, fostering a deeper understanding of concepts.
Tutorial Sessions: Complementing classroom learning, tutorial sessions offer personalized assistance and guidance to students. Led by experienced faculty members, these sessions provide opportunities for students to delve deeper into topics, ask questions, and clarify doubts in a supportive environment.
Laboratory Facilities: Our well-equipped laboratories provide students with hands-on experience in electronics and communication technologies. From basic circuit design to advanced networking experiments, students have access to cutting-edge equipment and software to reinforce theoretical concepts and develop practical skills.
Research Centers: The School houses dedicated research centers focusing on various aspects of electronics and communication engineering. These centers serve as hubs for innovation and discovery, providing students with opportunities to engage in groundbreaking research projects alongside esteemed faculty members.
Industry Collaboration: We have established strong ties with industry partners to offer students valuable insights into real-world applications and challenges. Guest lectures, industry visits, and internships provide students with exposure to the latest industry trends and practices, enhancing their employability and career prospects.
Career Development Resources: The School offers comprehensive career development resources, including resume workshops, mock interviews, and networking events. Our aim is to empower students with the skills and knowledge needed to succeed in their chosen careers upon graduation.

In summary, the School of Electronics and Communication at University offers a robust infrastructure designed to cultivate excellence in teaching, research, and industry engagement. From interactive classrooms to cutting-edge laboratories and industry partnerships, we are committed to providing students with a comprehensive education that prepares them for success in the ever-evolving field of electronics and communication engineering.