A.  Laboratories

 ECE Department houses twelve  laboratories, each outfitted with modern equipment and software to facilitate various aspects of electronics and communication engineering:

1. 1. Electronic Devices and Analog Circuits Laboratory: Focuses on the study and experimentation of electronic components and their characteristics.
   2. UHF and Digital Circuits Laboratory : Specializes in ultra-high frequency and microwave engineering experiments.
   3. Embedded System and Signal Processing Laboratory: Covers the principles and applications of Microprocessor and offers practical training in basic electronics fabrication and assembly techniques.
   4. Communication Engineering and Networking Laboratory: Focuses on analog and digital communication systems, their components and Computer Networks basics.
   5. Project/ IoT Laboratory: Provides resources for students to develop and test their project work.
   6. Computing and Machine Learning  Laboratory : Facilitates students and researchers in gaining hands-on experience with software languages and project implementation.

B.  Software Tools

The department utilizes a variety of software tools to aid in simulation, design, and analysis:

• • KEIL (CSI, Professional Developer’s Kit, Latest Version & Perpetual) For embedded system development.
  • EDA Tanner Tool: Used for analog and mixed-signal IC design.
  • Bloom with DSP Software: Assists in digital signal processing applications.
  • MATLAB & Simulink (including HDL Coder, Fixed Point Toolbox): For numerical computing and model-based design.
  • Modelsim: A simulation and debugging tool for VHDL, Verilog, and mixed-language designs.
  • Network Simulator: Facilitates the study of network protocols and architectures.
  • COMMSIM: Used for communication system simulations.
  • ANSYS (HFSS Package): For electromagnetic simulation.
  • LABVIEW: A system-design platform and development environment.
  • ORCAD SUITE: For electronic design automation.
  • MULTISIM: An industry-standard SPICE simulation and circuit design software.

C.  Project Laboratory Equipment

The Project Laboratory is equipped with various instruments to support student projects

• • High Frequency Digital Storage Oscilloscopes (DSO): For observing varying signal voltages.
  • KEIL Software: For embedded software development.
  • Universal VLSI Trainer with Spartan 3E Piggy Board: Facilitates learning in VLSI design.
  • Cool Runner-II: A CPLD development board.
  • EDA Tanner Tool: For IC design and simulation.
  • DSP Trainer: For digital signal processing experiments.
  • Altera Cyclone II Evaluation Board (DE-1 Development Kit): Used in FPGA-based design projects.
  • Basic FPGA Trainer Kit Spartan 3 (VL-FPGA-B): For learning FPGA programming.
  • Generators and Power Supplies: Provide necessary power and signal generation for experiments.

These resources enable students to design, implement, and test their projects effectively.

D.  Computing Facilities

The department provides extensive computing resources to support academic and research activities. These include a well-equipped computing infrastructure for general simulations and development work, portable systems for flexible use by faculty and students, and essential peripherals like printers and scanners. Projectors are available in classrooms and labs to enhance teaching delivery. Additionally, a wide range of licensed software packages is available, supporting various domains within electronics and communication engineering.

E.  Departmental Library

The ECE Department maintains a dedicated library to support academic and research activities:

• • Collection: Library Houses 500+ books, including reference materials, journals, and research theses related to electronics and communication engineering.
  • Study Space: Provides an air-conditioned environment conducive to study and research.
  • Digital Resources: Offers access to e-books, online journals, and databases.