Welcome to Electronics & Communication Engineering
Established in the year 1988, the Electronics & Communication Engineering (E&CE) Department NIT Hamirpur HP, has built an international reputation for excellence in teaching, research and service. Electronics engineers are changing the world to a comfortable global home. The information and technology revolution has been built on the advances of Electronics.
The E&CE Department takes pride in its high national rankings and the international recognition its faculty has received from their peers. E&CED is making exhilarating progress in areas ranging from microelectronics, mobile communications to VLSI Design Automation.
We have grown into a most sought after departments in NIT Hamirpur, adding more faculty and branching into new projects and research areas. Our department maintains close affiliations and has a joint project with CSED. At B.Tech Level, 15th batch of E&CE passed out in 2006. M.Tech. in VLSI Design Automation & Techniques has started from 2006.
About Department
Established in the year 1988, the Electronics & Communication Engineering (E&CE) Department NIT Hamirpur HP, has built an international reputation for excellence in teaching, research and service. Electronics engineers are changing the world to a comfortable global home. The information and technology revolution has been built on the advances of Electronics.
The E&CE Department takes pride in its high national rankings and the international recognition its faculty has received from their peers. E&CED is making exhilarating progress in areas ranging from microelectronics, mobile communications to VLSI Design Automation.
In labs and classrooms, students draw on the expertise and knowledge of our able faculty, integrating practical, hands-on research experience with challenging and interesting course-work. The team approach is very warm in the Department of E&CE. A palpable excitement surrounds the Department of E&CE, an enthusiasm pervades every classroom and lab, invigorating our students and spurring on our faculty to fresh innovations.
In an age when electronics play a major role in daily life and the promise of nanotechnology is coming to fruition, it truly is a great time to be a part of E&C engineering. The pollution free aura of the state surrounded by snow-clad Dauladhar ranges, technological strength and increasing national prominence has presented us with unmatched opportunities for research, education, and service to society.
We have grown into a most sought after departments in NIT Hamirpur, adding more faculty and branching into new projects and research areas. Our department maintains close affiliations and has a joint project with CSED. At B.Tech Level, 15th batch of E&CE passed out in 2006. M.Tech. in VLSI Design Automation & Techniques has started from 2006.
Vision & Mission
Vision
The vision of the Department of Electronics & Communication Engineering is to deliver quality technical education based on societal benefits & requirements and industry standards for promoting research and innovation in latest emerging areas of Electronics & Communication Engineering.
Mission
The mission of the Department of Electronics & Communication Engineering is envisaged in the following statements:
To impart state-of-the-art teaching and learning in Electronics and Communication Engineering based on professional ethics and societal needs for nation building.
To achieve excellence in Electronics and Communication Engineering by engaging in cutting-edge research and development.
To produce globally competent engineers and professionals with an aptitude for continued learning.
To collaborate with academia, industry and R&D organizations for nurturing technical innovations.
To promote outreach activities of faculty and students for enhancing visibility and resource generation, thereby achieving self-sustenance.
Wireless Communication and Networking [Keywords: Spectrum Sensing, Spectrum Allocation, Spectrum Sharing and Spectrum Handoff in Cognitive Radio Networks, Vehicular Networks, 5G and 6G Wireless Networks, Small Cells Networks, NOMA, IoT, Machine Learning: Deep and Reinforcement etc., Cross Layer Issue and LTE WiFi Coexistence]
Antenna Design and Analysis (Planar and Nonplanar Antennas, Microstrip antennas), RF and Microwave Components and Device Design and Analysis, Artificial Materials like Meta-materials, Microwave and THz sensors, Electromagnetic Theory, Nano-photonics and Plasmonics based component design and Analysis, Microwave and THz communication, Optical Communication, etc.
Areas of interest include Leaky Wave antenna, Travelling wave antenna, Dielectric waveguide based antenna, THz antenna design using graphene, Reconfigurable Metamaterial/Metasurface for Compact Antenna design, MIMO and Cognitive Radio Antenna and multifunctional Filter, Frequency Reconfigurable Active Array Antenna with Beam Steering, Circularly Polarized Dielectric Resonator Antenna, Frequency Selective Surfaces (FSS), EBG and AMC structures
Digital Signal Processing, Image Processing, Deep Learning and AI for Signal and Image Classification, Biomedical Signal Processing, Electroencephalogram (EEG) Signal Processing, Machine Learning, Multivariate Signal Processing, Time-Frequency Representations, Multivariate Signal Decomposition, Nonstationary Signal Analysis, Pattern Recognition.
Signal Processing, Polarimetric SAR data processing, AI/Neural networks for PolSAR/SAR/Hyper-spectral satellite data processing, Biomedical Image processing.
Design of FIR/IIR Filters and Cosine Modulated Filter banks, Processing of Digital Signal/Image, Biomedical Signal Analysis, Heart disease classification, ML/DNN algorithms for biomedical signal/image analysis
