Electronics & Telecommunication Engineering

Departmental Overview

Electronics & Telecommunication Department

The Electronics and Telecommunication Engineering (ETC) Department at GNIT offers cutting-edge education in the fields of electronics, telecommunications, and related technologies i.e B.Tech in ETC and M.Tech in VLSI. With a strong focus on practical learning and industry-relevant skills, the department equips students with the knowledge and expertise to excel in the rapidly evolving tech industry.

Faculty members are highly qualified and committed to fostering a stimulating academic environment. State-of-the-art laboratories and facilities enable hands-on experimentation and innovation. The department encourages collaboration with industry partners and participation in national and international conferences and competitions.

Graduates from the ETC Department at GNIT are well-prepared to tackle real-world challenges and contribute to advancements in the field.

Vision & Mission

Vision

To be a globally recognized hub of excellence in Electronics and Telecommunication Engineering education and research, fostering innovation, entrepreneurship, and societal impact.

Mission

Provide high-quality education in Electronics and Telecommunication Engineering, integrating theoretical knowledge with practical skills.
Foster a culture of research and innovation to address contemporary challenges and contribute to technological advancements.
Cultivate an entrepreneurial mindset among students, empowering them to create and lead ventures in the electronics and telecommunications sectors.

Program Outcome (POs) & Course Outcome (COs)

Programs

B.Tech. in Electronics and Telecommunication Engineering – 60 students

Program	B.Tech
Duration	4 years
Eligibility Criteria	HSC (10+2) in MPC (or) Diploma in Electronics for direct admission into 2nd year.

Faculty Profile

HoD Message

As the Head of the Department (HoD) of Electronics and Telecommunication Engineering at GNIT, I am delighted to welcome you to our dynamic academic community. Our department is committed to providing you with a rich learning experience that combines rigorous academics, hands-on practical training, and opportunities for personal and professional growth.

I encourage you to take full advantage of the state-of-the-art laboratories, research facilities, and industry collaborations available to you. Embrace every opportunity to expand your knowledge, hone your skills, and pursue your passions.

Remember, your journey here is not just about acquiring a degree; it's about discovering your potential, shaping your future, and making a positive impact on society. So, dream big, work hard, and embrace the challenges that come your way. Together, let's embark on an exciting journey of learning and growth.

Best wishes for a fulfilling and successful academic year ahead!

Ms. Pranjali Kullarkar

M.Tech, B.E(ETC)

Laboratories

Sr.No	Name	Detail
1.	VLSI Design Laboratory	Equipped with cutting-edge software and hardware tools, this lab provides students with hands-on experience in designing and simulating complex integrated circuits. From layout design to verification, students learn the fundamentals of VLSI design and fabrication processes, preparing them for careers in semiconductor industry.
2.	Digital Signal Processing Laboratory	This lab offers students the opportunity to explore theoretical concepts and practical applications of digital signal processing through hands-on experiments and projects. Equipped with advanced DSP kits and software tools, students analyze and manipulate signals in various domains such as audio, image, and communications.
3.	Embedded Systems Laboratory	With a focus on practical learning, this lab enables students to design, develop, and test embedded systems solutions for real-world applications. Using microcontrollers, sensors, and development platforms, students gain proficiency in programming and interfacing.
4.	Control Systems Laboratory	Providing a comprehensive understanding of control theory, this lab allows students to design and analyze feedback control systems using simulation software and experimental setups. Through hands-on experimentation, students learn to analyze system stability, transient response, and frequency response.