When compared to computer vision, which focuses mostly on the 3-D environment, image processing is concerned with picture attributes and image-to-image transformations. The linkage between the two fields is substantial because image processing is a prerequisite for most computer vision methods. Computer Vision and Image Processing Lab includes the practical exposure to courses pertaining to Neural Networks, Artificial Intelligence, Data Structures, Cloud Computing and Data Communication and Computer Networks. A neural network is an adaptive system that learns by using interconnected nodes. It is useful in many applications including clustering, classification, regression, and time-series predictions. String operations, Matrix operations and operations related to array, linked lists and queues are performed. Programs pertaining to IP addresses are also performed in this lab. ...Read More

The Digital Signal Processing (DSP) and Very Large-Scale Integration (VLSI) Lab gives practical exposure of the theoretical concepts learnt in DSP and VLSI courses. This includes acquiring, measuring, pre-processing, extracting features, transforming, filtering and visualizing signals. This lab covers all the topics ranging from brushing basic MATLAB skills to advance signal processing methods. It includes the implementation of concepts such as DFT, IDFT, convolution, filtering techniques, spectrum analysis and comparison of the results using various methods of processing signals. The practical implementation pertaining to different VLSI courses such as Semiconductor Devices, Digital Integrated Circuits and Advanced IC Processing are performed in this lab. ...Read More

This laboratory caters the students of both electrical as well as electronics and communication engineering to enhance their skills in programming using an 8085 and 8086 microprocessor which further helps the students in designing chips and boards based on microprocessor programming.

This laboratory caters to the students of the Electronics Department. The general objective of this lab is to make the student understand the basic building blocks of analog communication systems and different analog modulation techniques. The student can further use these conceptual skills in the course of his/her own experimental projects in various fields and advanced subjects pertaining to communication field. ...Read More

The Digital Communication System Lab at IGDTUW is a modern facility equipped with digital communication equipment such as software-defined radios, signal generators, oscilloscopes, and spectrum analyzers. The lab provides a safe environment for students to experiment with digital communication systems and is designed to handle RF signals. Students learn about the principles of digital communication systems and gain practical experience in designing and testing various digital modulation techniques, such as ASK, FSK, and PSK. The lab also has simulation software like MATLAB and Simulink for students to simulate and analyze digital communication systems. Overall, the lab helps students develop skills that are in high demand in the telecommunications industry. ...Read More

The Department of ECE offers one laboratory course of electrical science to all branches of first year graduate students. In this lab experiments are conducted which include the study of various laws of electrical energy like thevenin theorem, norton theorem, maximum power transfer theorem etc. ...Read More

The Department of ECE offers one laboratory course of electrical science to all branches of first year graduate students and courses of network analysis and synthesis. In this lab experiments are conducted which include the study of various laws of electrical energy like thevenin theorem, norton theorem, maximum power transfer theorem. The lab is well equipped with AC and DC power supplies, transformers and other basic requirements....Read More

This laboratory caters the students of all the branches of B.Tech. The objective of this laboratory is to link the theoretical concepts of analog electronics and Digital Electronics circuits with practical feasibility thereby giving them a scope to learn basic analog & digital electronics and their different electrical characteristics in a better way. This lab is adequately equipped to conduct the experiments of Analog & Digital Electronics. ...Read More

The Linear Integrated Circuits Lab is a well-equipped facility that provides students with hands-on experience in designing, analyzing, and testing linear integrated circuits.In the lab, students learn about the principles of linear integrated circuits and gain practical experience in designing and testing linear circuits. They learn about the applications of operational amplifiers, such as amplifiers, filters, and oscillators. They also learn about voltage regulators and their applications. Students gain experience in designing and testing various linear IC-based circuits, such as inverting and non-inverting amplifiers, differentiator and integrator circuits, and voltage regulators.

This laboratory caters to the students of ECE Department of B.Tech branch. The objective of this laboratory is to link the theoretical concepts with practical feasibility thereby giving them a scope to learn basic circuitry and various waveguides of Microwave Engineering with their characteristics in a better way. This laboratory also caters to the students of ECE about the basic concept of working principle of Radar Training system and its Doppler effect. ...Read More

The digital electronics lab is a well-equipped facility that allows students to learn and experiment with various digital circuits and devices. The lab is designed to provide students with hands-on experience in designing, analyzing, and testing digital circuits.In the lab, students learn about the principles of digital.electronics and gain practical experience in designing and testing digital circuits. They learn about Boolean algebra, logic gates, flip-flops, counters, and other digital ICs. They also learn about programming microcontrollers and interfacing them with various digital devices. ...Read More