Header background left
Header background right
University Logo

Ph.D in Electronics and Communication Engineering

Designing the Architecture of Global Connectivity

Research focuses on designing advanced electronic and communication systems, including 6G, IoT, and high-speed networks. Students engage in deep study of wireless systems, VLSI, and optical communication, preparing them to innovate the next generation of connected devices and infrastructure.

Header Image
Mission Vision Mobile

EXPLORE THIS SECTION

Research Areas Unfolded

Engage in interdisciplinary research across emerging areas of study

Ph.D in Electronics and Communication Engineering
Career Image

Signal Processing

Low Power VLSI Design

Internet of Things (IoT)

Device Modelling

Bio-medical Signal Processing

Analog and Digital IC Design

5G Communication and more

Program Snapshot

12

Credits

62

No. of Scholars

29

No. of Supervisors

Faculty Guided Ph.D- ECE

S.NoName of the Supervisor & DesignationArea of Interest & SpecializationDate of Joining
1Dr. S. Sathees Kumaran ProfessorImage Processing, Deep Learning, Bio-medical Signal Processing20.01.2025
2Dr. Harikrishna Kamatham ProfessorEmbedded system and IoT19.10.2016
3Dr. M. Narayana ProfessorImage Processing01.11.2021
4Dr. K. Hari Priya Associate ProfessorVLSI Design01.07.2010
5Dr. Rajesh Thumma Associate ProfessorMachine Learning , Deep Learning, IoT with AI & ML, Resonant Power Converters02.07.2010
6Dr. M. Santhosh Associate ProfessorDigital Image Processing16.06.2015
7Dr. D. Narendar Singh Associate ProfessorEmbedded IOT with AI & ML17.11.2009
8Dr. E Srinivas Associate ProfessorVLSI Design31.12.2020
9Dr. M. Kiran Kumar Assiociate ProfessorLow Power VLSI Design Machine Learning Analog and Digital IC Design01.06.2012
10Dr. P. Ramakrishna Assistant ProfessorLow power VLSI Chip Design Device modelling AI, ML and DL28.06.2012
Page 1 of 3

Designed for Real-World Success

Our programs are built on an Outcome-Based Education (OBE) framework, ensuring that every concept connects to real-world application. With industry collaborations, and an active research culture, you gain hands-on experience alongside strong academic foundations.

Eligibility Criteria

Eligible Criteria Image

Academic Requirement

Candidates must have passed a Master’s Degree in Engineering/Technology or M.Tech. by Research or any other equivalent Degree in relevant area from a university/institution recognized by Anurag University.

Master’s Degree or its equivalent in the relevant area with a minimum of 55% marks from a university/institution recognized by Anurag University.

M. Pharmacy or its equivalent with a minimum of 55% marks, awarded by a university/institution recognized by Anurag University.

In the case of MCA graduates or M.Sc. in Computer Science, the M.Tech in CSE/IT/any other stream of CSE qualification is mandatory for registering for Ph.D.

Admission shall be based on:

Merit in the Anurag University Ph.D. Entrance Examination followed by an Interview.

Candidates qualified in national-level examinations such as:

  • UGC / CSIR / ICAR / ICMR / DBT / UGC-NET / APRCET / TSET / CSIR-NET / SET-TS/AP / JEST / GATE / GPAT / DST-INSPIRE fellowship or Teacher Fellowship applicants or working as Scientists in Government

Organizations & Research Labs with five years experience are exempted from Ph.D. Eligibility Test of Anurag University. However, the candidate has to appear for the Interview.

Future Pattern
Turning Degrees 
into Careers

Turning Degrees into Careers

large_white
Join Anurag University Today

Frequently Asked Questions

Areas include communication systems, signal processing, and embedded systems.

Yes, through lab work, simulations, and system design.

Through regular interaction with faculty mentors and research reviews.

Yes, the program uses modern software and hardware tools.

It involves coursework, research progress, and thesis completion.

Become Team
Designed By
Team BecomeTeam Become

© 2026 Anurag University. All rights reserved.

Anurag University