Marwadi University Rajkot Ph.D Electronics & Communication: Fees 2026, Course Duration, Dates, Eligibility

Ans. The Electronics and Communication Engineering department at Marwadi University supports research across a wide range of areas including VLSI Design, Signal and Image Processing, Embedded Systems, Wireless and Mobile Communication, Internet of Things (IoT), Antenna Design, RF Engineering, Artificial Intelligence and Machine Learning in Communication Systems, Robotics and Automation, and Photonics. The department has faculty with expertise from IITs, NITs, and other renowned institutions. Scholars are expected to align their research proposal with the available supervisor expertise and the department's ongoing research themes. The university's High-Performance Computing Supercomputer facility and AI-enabled campus powered by NVIDIA provide excellent infrastructure for research in communication and signal processing.

Ans. GATE is not mandatory for PhD admission at Marwadi University. Candidates without GATE/UGC-NET scores must appear for the university's own PhD entrance test (MCQ-based, 1 hour, conducted on 30th May 2026) followed by a personal interview. However, candidates with a valid GATE score in Electronics and Communication Engineering (EC) are exempted from the entrance test and directly called for the personal interview. A valid GATE score also makes candidates eligible for various fellowships and stipends, making it advantageous to have one. The entrance test syllabus for ECE follows the GATE ECE syllabus pattern (90% subject-specific + 10% research methodology).

Ans. Yes, Marwadi University offers a Part-Time PhD option as well as a specially designed Industry PhD Programme for working professionals. Under the part-time category, candidates employed in electronics companies, telecom firms, colleges, research organisations, or government departments can pursue their PhD while continuing their job, provided they submit a No Objection Certificate (NOC) from their employer. The Industry PhD Programme allows research to be conducted at the workplace on industry-defined problems, with dual supervision from a MU faculty member and a field supervisor from the employer organisation. The maximum duration for part-time PhD is 7 years.

Ans. Marwadi University requires PhD scholars to publish a minimum of two research papers in Scopus or Web of Science Core Collection indexed journals before submitting the thesis synopsis. The scholar must be the first author of these publications, and the papers must be directly related to the research objectives of the thesis. Alternatively, one Indian or international utility patent (granted during the PhD tenure, with the scholar, supervisor, and Marwadi University as applicants) can substitute for one of the publications. This requirement is checked at the RPR4 and RPR5 stages (Research Progress Review presentations) before the synopsis is approved.

Ans. The PhD programme at Marwadi University is structured as follows: After admission, scholars undergo a mandatory coursework phase (minimum 6 months, 12 credits) covering Research Methodology (4 credits), Research and Publication Ethics (2 credits), and two domain-specific courses (3 credits each). After completing coursework with a minimum CGPA of 6.0, scholars begin their research and present Research Progress Reviews (RPRs) every six months before the Doctoral Advisory Committee. A total of 5 RPRs are required before the synopsis can be submitted. After publishing 2 papers in Scopus/WoS journals, the scholar submits the synopsis, followed by the draft thesis, external review, and open defence (viva-voce). The entire process takes a minimum of 3 years.

Ans. Marwadi University actively promotes interdisciplinary research through its Interdisciplinary PhD Programmes (IPP). For ECE scholars, there are opportunities to work on interdisciplinary themes such as Technological Solutions (covering AI/ML, Deep Learning, IoT, and Data Science), Sustainable and Innovative Solutions (covering smart materials, environmental monitoring, and energy-efficient systems), and Healthy Life (covering medical electronics, biosensors, and health monitoring devices). The university's incubation centre and industry collaborations also provide opportunities for ECE scholars to work on applied research problems with real-world impact. Co-supervisors from other departments or external organisations can be appointed for interdisciplinary research topics.