CMRIT got the 116th rank among all engineering colleges in India as per Times Engineering Institutes Survey 2021

Second year student team led by Mr. Pratik Kumar Mishra and mentored by Dr. Priti Gupta has been selected among the Top 100 teams for IICDC 2019 Semi Finals-Phase-1 of DST-Texas instrument (IICDC 2019)

Congratulations to Dr. Ganesh - Assistant Professor, Department of ISE, on being awarded the BEST YOUNG SCIENTIST AWARD from Novel Research Academy

Congratulations to SUMA N.G (M.Tech CSE) for securing VTU 1st rank and winning University Gold Medal

Congratulations to Dr. Para Nath Singh for winning Maulana Abul Kalam Azad Excellence Award of Education-2020 award

Congratulations Mr. Siri H R for securing an offer of 23 LPA from Canbright Co. Ltd. (through Zenken)

Congratulations Mr Rahul RD Sahoo(BE-CSE) for securing an offer of ₹21+ LPA from Spacegrab, a Japanese company

Hearty Congratulations to Mr. Ashutosh Bhatte (M.Tech - CSE 2020) for securing a 22 LPA CTC from Synechron Technologies.

Department of Telecommunication Engineering

Department Overview

The Department of Telecommunication Engineering was started in the academic year 2000-2001. The department currently offers an undergraduate program B.E. Telecommunication Engineering.

In addition, students who wish to pursue further study in the field can do so through the Department’s M. Tech in Digital Communication Engineering postgraduate programme.

Accreditation, Approvals and Recognition:
The Department of Telecommunication Engineering is approved by the All India Council for Technical Education (AICTE), and is permanently affiliated to Visvesvaraya Technological University (VTU), Belgaum in Karnataka. The National Board of Accreditation, New Delhi, has also accredited and approved the Department.



To create an ethical human resource, proficient in domains related to Telecommunication Engineering for a successful career in the service of society.



The Mission of the Department of Telecommunication Engineering is to:

M1: Build a staff team with a mixture of people with industrial and academic exposure capable of inspiring, moulding and training young minds to become competent and ethical professionals.

M2: Impart domain-specific knowledge by equipping laboratories and facilitate experiential learning, experimentation and research, based on the foundation of science and mathematics.

M3: Ideate and implement interdisciplinary projects and foster continuous learning, in partnership with students and colleagues across disciplines of the institute.

M4: Collaborate with academia, industries, organisations and professional bodies for training, consultancy and research.


Programme Educational Objectives (PEOs)

The department of Telecommunication Engineering, CMR Institute of Technology seeks to enable graduates:

PEO1: To demonstrate domain knowledge in Telecommunication Engineering and the allied fields, to propose solutions for the core industry.

PEO2: To update and adapt their core knowledge and abilities to compete in the ever-changing global enterprise.

PEO3: To succeed in their chosen career path through life-long learning, by pursuing advanced studies in engineering or science through competitive exams such as: IES, GATE, GRE and GMAT, as well as complementary disciplines.

PEO4: To assume leadership roles in industry or public service, through engineering ability, communication skills, teamwork, entrepreneurship, understanding of contemporary global issues, and use of modern engineering tools and software.



Programme Specific Outcomes (PSOs)

Students should be able to:

PSO1: Apply principles of electrical and electronic circuit theory to: i) design and simulate basic electronic circuits and; ii) make use of the measuring instruments including the ‘digital storage oscilloscope’ in elaborate circuit analysis and in the design of analogue and digital circuits.

PSO2: Apply principles of mathematics, signal processing and communication theory to analyse different types of signals, operations on signals, design and realisation of simple systems such as digital filters, modulators, demodulators, microwave antennas and resonators, and support communication engineering design activities and VLSI systems.

PSO3: Take part in collaborative and consultancy projects as an electronic design engineer and support diverse tasks of circuit design projects, schedule, quality and efficiency management, aswell as documentation and publication of reports.





Undergraduate Programme

B.E. | Telecommunication Engineering

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Department Infrastructure

Analog Electronics Circuits Lab

Logic Design Lab


Digital Signal Processing Lab

Advanced Communication Lab

Computer Communication Network Lab


The listing of faculty names below provides access to the academic content pages of faculty members in each of the departments. Faculty members at CMRIT are encouraged to maintain academic pages for the courses that they teach. These pages are for the benefit of students, and contain valuable information on course outlines, assignments, study materials etc.

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