Electronics and Telecommunication Engineering Labs

Electronics and Telecommunication Engineering Labs

Connecting Innovation with Communication

Electronics and Telecommunication Engineering Department is established in the year 1999 and provides four year UG Program, Two year PG Program along with Ph.D. Program in the area like VLSI, Image/Signal Processing, wireless and optical communication Engineering. Studying Electronics and Telecommunication Engineering program is the dream of every aspirant due to a number of reasons like growth in semiconductor industry, job opportunities and continuous industrial growth. The program’s curriculum is designed to provide students with a solid foundation in the fundamental principles of Electronics & Telecommunications Engineering and specialized knowledge in the areas such as VLSI, Embedded Systems, Image & Digital Signal Processing, Wireless and Optical Communication.

Download Syllabus Information Brochure

Staff

Prabhat Kumar Sahoo

EC Lab
CE Lab
MPMC Lab
Project Lab

E-mail: pravatsahoo@driems.ac.in

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Anita Sahoo

DI&T Lab
VLSI Lab
DSP Lab

E-mail: anitasahoo@driems.ac.in

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VLSI Lab (Very-Large-Scale Integration)

  • Available Systems: Typically, the VLSI Lab is equipped with 20-30 high-performance computers designed to handle the computational demands of VLSI design and simulation tasks. These systems usually have multi-core processors, large RAM (16GB or more), and SSDs for fast data access.
  • Software:
      Design Tools: Synopsys, Cadence, and Mentor Graphics are commonly used for VLSI design, simulation, and verification.
      HDL Tools: VHDL and Verilog environments for hardware description and modeling.
      FPGA Software: Tools like Xilinx Vivado or Intel Quartus for FPGA design and implementation.
  • Other Resources: The lab includes access to FPGA kits, ASIC design tools, and prototyping boards. High-speed internet, dual monitors for design work, and access to relevant libraries and databases are also essential.




    • Digital Signal Processing (DSP) Lab





  • Available Systems: This lab generally has 20-25 computers with high computational power, necessary for processing complex algorithms and handling large datasets in real-time.
  • Software:
      DSP Tools: MATLAB with Signal Processing Toolbox, Simulink, and LabVIEW for modeling, analysis, and real-time processing.
      DSP Development Kits: Hardware like Texas Instruments DSP kits for hands-on experience in signal processing applications.
  • Other Resources: The lab may include oscilloscopes, function generators, and digital storage oscilloscopes (DSOs) for signal analysis. High-speed internet and projectors for demonstration purposes are also standard.

    • Microprocessor Lab

  • Available Systems: The Microprocessor Lab is typically equipped with 15-20 computers, each configured for assembly language programming and embedded systems development.
  • Software:
      Assembler and Simulator Tools: For microprocessor programming and simulation, such as Keil uVision, MPLAB, and MASM.
      Embedded Systems Software: Tools for developing and debugging microcontroller-based projects, such as Arduino IDE, AVR Studio, and STM32CubeIDE.
  • Other Resources: The lab includes microprocessor and microcontroller development kits (e.g., 8086, 8051, ARM), breadboards, and electronic components for circuit assembly. Additionally, logic analyzers, oscilloscopes, and power supplies are essential for testing and debugging.




    • Communication Engineering Lab





  • Available Systems: This lab usually has 20-25 computers, optimized for simulating and analyzing communication systems and networks.
  • Software:
      Communication Simulation Tools: MATLAB with Communication System Toolbox, GNU Radio, and NS-3 for network simulation and analysis.
      Modulation and Demodulation Kits: Hardware kits for practical experiments in AM, FM, and digital modulation techniques.
  • Other Resources: The lab includes signal generators, spectrum analyzers, and RF testing equipment. Antenna training systems and software-defined radio (SDR) kits are also available for advanced communication studies.

    • Image Processing Lab

  • Available Systems: The Image Processing Lab is typically equipped with 20-25 high-performance computers capable of handling large datasets and complex algorithms.
  • Software:
      Image Processing Tools: MATLAB with Image Processing Toolbox, OpenCV, and Python libraries like NumPy, SciPy, and scikit-image for image analysis and processing.
      Graphics Software: Tools like Adobe Photoshop and GIMP for image manipulation and enhancement.
  • Other Resources: High-resolution cameras, scanners, and specialized image acquisition devices are essential for capturing and analyzing images. The lab may also include GPUs for accelerating image processing tasks.




    • Electronics Circuit Lab





  • Available Systems:This lab typically includes 20-30 workstations with computers configured for circuit simulation and analysis.
  • Software:
      Circuit Simulation Tools: SPICE (and its variants like LTspice), Multisim, and Proteus for designing and testing electronic circuits.
      PCB Design Software: Tools like Eagle, Altium Designer, or KiCAD for PCB layout and design.
  • Other Resources: The lab includes oscilloscopes, function generators, multimeters, power supplies, soldering stations, and a variety of electronic components. Prototyping boards and PCB fabrication tools are also standard.

    • Design, Idea, and Thinking Lab

  • Available Systems: This lab is typically more open-ended, with 15-20 computers designed for creative and interdisciplinary projects.
  • Software:
      Design Tools: CAD software like AutoCAD, SolidWorks, or Autodesk Fusion 360 for 3D modeling and design.
      Prototyping Software: Tools for 3D printing and rapid prototyping, such as TinkerCAD and Cura.
      Innovation Tools: Brainstorming and project management software like MindManager and Trello.
  • Other Resources: The lab often includes 3D printers, laser cutters, and electronics kits for prototyping ideas. Collaborative workspaces, whiteboards, and access to relevant literature and resources are also essential.




    • Research and Project Lab





  • Available Systems: The Research and Project Lab typically features 10-15 high-end computers or workstations, designed for specialized research and development tasks.
  • Software:
      Research Tools: MATLAB, Python, R, and other analytical software depending on the research focus.
      Simulation Software: Depending on the project, tools like ANSYS, or Simulink may be used.
      Documentation Tools: LaTeX, EndNote, and Mendeley for research documentation and citation management.
  • Other Resources: The lab may include specialized hardware like GPUs, FPGA boards, or embedded systems for project work. Access to academic journals, databases, and high-speed internet are crucial for research. Additionally, the lab may provide tools for collaboration, remote access to resources, and support for cloud computing platforms like AWS or Google Cloud.

    • These labs are designed to provide a comprehensive environment for education, innovation, and research in Electronics and Telecommunication Engineering, offering students and researchers the necessary tools and resources to excel in their respective fields.