The Ph.D. in Electronics and Communication Engineering program is designed to cultivate advanced research capabilities in the field of electronics and communication systems. The program focuses on developing scholars who can contribute original research to address contemporary challenges in this rapidly evolving field.
Doctoral candidates work under the guidance of experienced faculty members to conduct innovative research in specialized areas, leading to significant contributions through publications, patents, and technological advancements.
- Advanced research training with expert faculty supervision
- Interdisciplinary research opportunities in emerging technologies
- Collaborations with industry and research organizations
- State-of-the-art laboratories and research facilities
- Opportunities for international research collaborations
- Academic and teaching experience
Duration: Minimum 3 Years (Full-time), 4 Years (Part-time)
Eligibility: M.E./M.Tech in ECE or related field with minimum 60% marks (or equivalent CGPA)
Admission Process: Entrance Test followed by Interview
Program Fee: As per University Regulations
THE VISION
"To emerge as a globally recognized center of excellence in electronics and communication research, nurturing innovative scholars who push the boundaries of knowledge and develop cutting-edge solutions for societal needs."
THE MISSION
- To provide an intellectually stimulating environment for advanced research in electronics and communication engineering.
- To mentor doctoral candidates in conducting high-impact research that addresses current and future technological challenges.
- To foster interdisciplinary collaborations that bridge the gap between theoretical research and practical applications.
- To develop academic leaders and researchers who can contribute to both academia and industry.
- To promote ethical research practices and socially beneficial technological innovations.
The Ph.D. program in Electronics and Communication Engineering offers opportunities for advanced research in both fundamental and applied aspects of the field. Our faculty members are actively engaged in cutting-edge research across diverse specializations.
Key Research Areas:
- Wireless Communication: 5G/6G technologies, MIMO systems, cognitive radio, IoT communications
- VLSI and Embedded Systems: Low-power VLSI design, SoC, reconfigurable architectures, embedded systems
- Signal Processing: Image processing, speech processing, biomedical signal processing, DSP architectures
- RF and Microwave Engineering: Antenna design, microwave circuits, RF MEMS, radar systems
- Optical Communication: Fiber optics, photonic devices, optical networks, Li-Fi technology
- Nanoelectronics: MEMS/NEMS, nanoscale devices, quantum electronics
- Network Security: Cryptography, secure communication protocols, network intrusion detection
- Emerging Technologies: AI in communication, quantum communication, terahertz technology
Students are encouraged to develop their own research proposals in consultation with faculty advisors.
Dedicated Research Facilities:
- ADVANCED COMMUNICATION SYSTEMS LAB
- VLSI AND EMBEDDED SYSTEMS RESEARCH LAB
- RF AND MICROWAVE RESEARCH CENTER
- SIGNAL PROCESSING RESEARCH LAB
- OPTICAL COMMUNICATION RESEARCH FACILITY
Specialized Equipment:
- Advanced vector network analyzers and spectrum analyzers
- VLSI design and testing equipment
- High-speed oscilloscopes and logic analyzers
- Antenna measurement systems
- Optical communication testbeds
- FPGA development platforms
- Signal processing workstations
Research scholars have 24/7 access to these facilities to support their doctoral work.