Department of Electronics & Communication Engg. Research Facilities

The Department of Electronics & Communication Engineering at University Institute of Engineering & Technology (UIET), Kurukshetra University, provides a comprehensive research ecosystem supported by advanced laboratory infrastructure, computational resources, and specialized experimental facilities for undergraduate, postgraduate, and doctoral research scholars. The department has developed strong academic and research capabilities in the domains of antenna engineering, RF and microwave systems, metamaterials, RFID technologies, embedded systems, signal processing, and intelligent communication systems. The department houses well-established laboratories including Basic Electronics, Digital Electronics, Communication Systems, Embedded Systems, DSP, VLSI, and RF & Antenna Research Laboratories. The foundational laboratories are equipped with Regulated DC Power Supplies (0–30V adjustable output, up to 2A), Digital Multimeters, Cathode Ray Oscilloscopes (CROs), Digital Storage Oscilloscopes (DSOs) with bandwidth ranging from 20 MHz to 100 MHz, Function Generators, Digital IC Trainer Kits, Logic Probes, Pattern Generators, and PCB Prototyping Kits, enabling students and researchers to perform circuit analysis, hardware implementation, and system testing. The department also supports embedded and real-time system development through 8085 Microprocessor Kits, 8086 Microprocessor Kits, 8051 Microcontroller Trainer Kits, Arduino Development Boards, Raspberry Pi Systems, and multiple Sensor Modules for IoT, automation, and smart electronics applications.

The UIET, Kurukshetra University, has established a dedicated Class 10,000 Clean Room Facility to support advanced research in microelectronics, flexible electronics, RF systems, and next-generation device fabrication. This specialized facility forms an integral part of the RF & Flexible Microelectronics Research Laboratory and provides a controlled environment for precision fabrication, material processing, and device characterization. The laboratory is specifically designed to facilitate research and development in graphene-based electronic devices, RF components, flexible sensors, and advanced communication hardware. The clean room facility is equipped with state-of-the-art fabrication and material processing infrastructure including an E-beam Deposition System and Thermal Deposition System for thin-film metal deposition, a PECVD (Plasma Enhanced Chemical Vapor Deposition) System for dielectric and thin-film material growth, and Screen-Printing Facility for flexible electronic device fabrication and conductive pattern development. The laboratory further supports advanced material deposition and device processing through Langmuir Blodgett Deposition Setup, Spin Coating System, and Three-Zone Heating Muffle Furnace, enabling thin-film coating, material treatment, and thermal processing of electronic substrates and nanomaterials.

A major strength of the department lies in its dedicated RF, Microwave, and Antenna research infrastructure. The department possesses a high-performance Vector Network Analyzer (VNA), Keysight PNA Series N5222A, operating over a frequency range of 10 MHz to 26.5 GHz, which facilitates accurate characterization of antennas, RF components, transmission lines, f ilters, and microwave devices. This advanced measurement system significantly enhances research capabilities in scattering parameter analysis, impedance matching, return loss measurement, insertion loss analysis, and antenna parameter extraction. To support antenna testing and wideband electromagnetic measurements, the department is also equipped with two Ultra-Wideband (UWB) Horn Antennas designed and manufactured by Vidyut Yantra Udyog, covering an operational frequency range of 1 GHz to 18 GHz. These horn antennas are utilized for wideband antenna measurements, gain analysis, radiation pattern characterization, absorber testing, and electromagnetic experimentation.

The Department of Electronics & Communication Engineering has established a strong research facility in the design, fabrication and characterization in Antenna, Metamaterial Absorbers, RFID Tag Design, and RFID Reader Development. Faculty members, researchers, and students have actively contributed to the design, simulation, fabrication, and characterization of microstrip antennas, broadband antennas, reconfigurable antenna structures, and metamaterial-inspired absorbers for advanced electromagnetic applications. Significant research has also been undertaken in the development of compact and efficientRFID Tags and RFID Reader Systems for smart identification, tracking, sensing, and automation applications. To further strengthen advanced RF and microwave simulation capabilities, the department has recently procured a 10-user license of Advanced Design System (ADS), enabling high-end simulation, design, and optimization of RF circuits, microwave components, high-frequency PCB layouts, and antenna structures. This addition substantially enhances the department’s capabilities in electromagnetic simulation, RF system design, impedance matching networks, filter design, and communication circuit optimization.

The department also provides access to advanced computational and simulation tools including MATLAB, Simulink, LabVIEW, Multisim, OrCAD, PSpice, Xilinx, and ADS, which are extensively utilized for circuit simulation, signal analysis, FPGA programming, algorithm development, hardware-software co-design, and communication system modelling . The department actively promotes innovation-driven research and project-based learning by maintaining substantial electronic hardware resources and components for prototype development and experimentation. Students and scholars are regularly engaged in research projects related to wireless communication, embedded systems, antenna engineering, signal processing, IoT applications, and intelligent electronic devices. With continuously evolving infrastructure, dedicated faculty expertise, and emphasis on indigenous technology development, the Department of Electronics & Communication Engineering at UIET continues to strengthen its position as an emerging center of excellence in RF engineering, communication technologies, smart systems, and next-generation electronics research.