A virtual laboratory is a tool for distance learning and/or experimentation that allows people to share knowledge, data, voice, video, tools, and many other resources. It provides a suitable environment to extend, improve, integrate, refine, and assist the learning and/or experimentation process of many subjects, thus contributing to an increase of the effectiveness of scientific research and widening the use of scarce or costly equipments......[Go to lab]

Micro- and nanoelectronic device and circuit design and fabrication are specialized fields in electrical engineering. Semiconductor device theory and IC processing courses are becoming more important in electrical engineering curricula due to the fast changing semiconductor technologies and challenges faced by the semiconductor industry. In all undergraduate Engineering (Electrical and Electronics) and virtually in all graduate programs, there are courses on.......[Go to lab]

The Virtual lab Fading channels & Mobile Communications aims to provide supplementary learning aid to post graduate students ,advanced under graduate students and practicing engineers as well as researchers in the field of mobile communications engineering where an in depth understanding of the effects of the wireless channel in a land mobile terrestrial propagation condition is essential. The motivation for developing the content on this subject.......[Go to lab]

The DSP Virtual Laboratory is an initiative of Ministry of Human Resource Development (MHRD), Govt. of India, under the National Mission on Education through Information and Communication Technology (NME-ICT).
Laboratory courses on hands-on experiments are an integral part of engineering education. The content of this website aims to provide a virtual laboratory platform for undergraduate Engineering students studying the course of Digital Signal Processing. Using this virtual laboratory platform, the students will be able to perform various experiments to supplement their theoretical understanding of digital signal processing.......[Go to lab]

The Digital Electronic Circuits Virtual Laboratory is an initiative of Ministry of Human Resource Development (MHRD), Govt. of India, under the National Mission on Education through Information and Communication Technology (NME-ICT).
Laboratory courses on hands-on experiments are integral parts of engineering education. The content of this website aims to provide a virtual laboratory platform for undergraduate Engineering students studying the course of Digital Electronic Circuits. Using this virtual laboratory platform, the students will be able to perform various experiments to supplement their theoretical understanding of digital electronics.......[Go to lab]

The Programming and Data Structures Virtual Laboratory help us to learning programming methodology and data structures. Laboratory courses on hands-on experiments are an integral part of engineering education. The content of this website aims to provide a virtual laboratory platform for undergraduate Engineering students studying the course of Programming and Data Structures. Using this virtual laboratory platform, the students will be able to perform various experiments to supplement their theoretical understanding of Programming and Data Structures.......[Go to lab]

In recent times, engineers have very well accepted soft computing tools such as Fuzzy Computing, Neuro-Computing, Evolutionary Computing, Probabilistic Computing, and Immunological Computing etc. for carrying out various numerical simulation studies. In last two decades, these tools independently as well as in hybrid forms has been successfully applied to varieties of problems.......[Go to lab]

The Virtual Laboratory is an interactive environment for creating and conducting simulated experiments: a playground for experimentation. It consists of domain-dependent simulation programs, experimental units called objects that encompass data files, tools that operate on the objects. The Objective is to Expose the students to the various key aspects of Computer Organisation & Architecture by enabling them to perform FPGA based prototyping of experiments with support of a virtual environment.......[Go to lab]

Real time embedded systems (RTES) are microprocessors, micro-controllers or DSP based embedded systems which not only deliver correct results but also deliver immediately when these results are recorded. That's why it is called 'real time'. RTES are not general programmable computer, but are highly efficient, fast and reliable computing systems that are mainly used in medical, aeronautical and military applications. In this laboratory, we will be exploring different aspects and features of RTES through some simulation experiments........[Go to lab]

We, at IIT Kharagpur have developed a few softwae modules for conducting laboratory experiments virtually. The modules aim to provide a learning experience, similar to the hands on one in a real laboratory, through use of computer simulator and graphic tools. The modules are to be run through internet, and are primarily intended for a wider audience, beyond classroom. The modules cover the dynamics of process variables in traditional systems (e.g., heat exchanger, reactor), and recent methods (e.g., membrane separation, bioreactor)......[Go to lab]

A virtual laboratory is a tool for distance learning and/or experimentation that allows people to share knowledge, data, voice, video, tools, and many other resources. It provides a suitable environment to extend, improve, integrate, refine, and assist the learning and/or experimentation process of many subjects, thus contributing to an increase of the effectiveness of scientific research and widening the use of scarce or costly equipments.......[Go to lab]

A virtual laboratory course designed for final year students undergraduate and postgraduate students in Mechanical Engineering. This laboratory introduces students to basic signal processing in time and frequency domain, and then in their application for fault detection in various Mechanical Systems. Video shots of actual experiments are included.......[Go to lab]

Model Based Fault Detection (MBFD) is a technique that identifies Fault through-out the rotor system by using different mathematical fault models. MBFD is one of the technique which comes under Condition monitoring and Fault diagnosis......[Go to lab]

In this laboratory, students will get to explore and learn various concepts regarding analog electrical signals, networks and measurement of various electrical components. The experiments are developed on open source web based platforms, so that the student doesn't need to download or install any third party application. Each experiments are designed in such a way that, the student first get to learn the theories well and then perform the experiment to enhance their knowledge.......[Go to lab]

There are a number of striking differences between single phase flow and two phase flow. The most important of all such differences is the presence of deformable interfaces in two phase flow. The shape of such interfaces will depend on a large number of parameters and it can evolve both in time and space. Further the velocities of the two phases will be grossly different. The present experiment \91\91rise of Taylor bubbles through vertical circular conduits......[Go to lab]

The objective of the proposed virtual lab is to simulate different mine ventilation related experiments for imparting the laboratory skill to the mining engineering students in this area, in the context of insufficient laboratory facilities for many of the mining engineering institutes.......[Go to lab]

The Objective of the Simulation and Gaming virtual Laboratory at the Department of INDUSTRIAL ENGINEERING and MANAGEMENT is to design simulation experiments on various aspects of Industrial Engineering and Management. Specific case studies would be drawn from areas such as supply chain management, e-business and decision sciences. These simulation experiments would be of interest to the UG as well as PG students of Industrial Engineering and Production Engineering, and also to the students of management......[Go to lab]

Microelectronics and VLSI Engineering Laboratory .......[Go to lab]

The Virtual Labs Project started as an initiative from the Ministry of Human Resource and Development (MHRD) to create online interactive media which would help students learn difficult concepts in various domains. As a part of this initiative, a virtual laboratory for Basic Electronics has been developed. The objective of this lab is to perform experiments in the Basic Electronics labs virtually, and yet have close to real life experience. The platform is focused on learning aspects as much as on performing the experiments........[Go to lab]

Mechanisms are used in variety of fixed motion generation applications in Engineering, where as Robots are used in applications where programmable motion is required. This Laboratory provides a basic exposure to design and control of such motion control applications in various applications. Ranging from 2D planar mechanisms to that of spatial mechanism design a set of experiments are offered concerning position, velocity and acceleration synthesis and analysis for basic motions. In addition some basic mechatronic control methods using a common Lab PC and USB interface to control motion generating devices like stepper motor and servo motor are offered. These are further augmented with real robot control as applied in fixed base manipulators to that of moving base robots.......[Go to lab]

Virtual High Voltage Laboratory is a "virtual laboratory" where the user will discover scientific principles by performing simulated laboratory experiments. These simulations can supplement actual experiments in student laboratories or serve as traditional homework. VHVL deals with standard voltage & current generation (DC and AC both), insulation tests of various power apparatus viz. impulse voltage testing (power cables, power and instrument transformers), impulse current testing (surge arresters, power transformers) and rectangular impulse current testing (surge arresters). Sometimes the experiments performed by the user will be tightly controlled and lead the user by hand as user interrogates simulations,complete tables and graph results.Here at Virtual High Voltage Lab the user will use this property of digital computers to "learn by discovery".......[Go to lab]

This Laboratory provides basic exposure to Industrial Robot Kinematics, Control and Programming. Robots are widely used in industry for a variety of applications wherein a manipulator has to be programmed to carry out operations in 3D space with positioning and orientation control of a job or tool within a workspace. Developing the understanding of Kinematics - Forward, Inverse, and a workspace of the robot for different popular configurations is covered in this laboratory by simulations. Control over the motion of such robots is usually achieved using electric drives and servo control. Basics of servo motion control of motion of the joint actuators, as well as coordinated control of several axes are treated in the second part of the laboratory exposure. The Laboratory also provides mechanisms for live-control of robots.........[Go to lab]

The purpose of the laboratory is primarily to introduce the concept of Computer Integrated Manufacturing (CIM) by demonstrating remotely through the internet the operations of an actual CIM cell that is located at the Department of Mechanical Engineering, IIT Kharagpur. The CIM cell comprises of several automated manufacturing equipments such as a CNC machine, a robotic assembly station, an inspection station and other handling and storage equipments all integrated together and a CIM software with various features such as graphical simulation of the CIM cell for tracking the cell operations in real time as well as MRP, scheduling and dispatching, inventory control and tracking. This laboratory through remote experimentation will make the students appreciate and develop better understanding of the concept of integrated manufacturing by orchestrating the major factors of automation and its management. It will further help the students learn the operation of automated manufacturing operations like CNC machining, robotic assembly, machine vision based inspection, automated material handling and storage as well as modeling, simulation and performance analysis of CIM systems.......[Go to lab]

This is a Remote Triggered Virtual Laboratory on Automotive Systems, where a student can access and conduct the experiments over the internet from remote locations. The student has to pre-register at the website to obtain a time slot so that the experiments can be conducted at the scheduled time. The lab introduces student to the basic experiments on a single cylinder petrol engine loaded by an eddy current dynamometer. The access over the internet is through the team viewer software. There is also a provision to observe the trials in real time using an internet based video camera. The student has a choice to download the actual experimental data over the internet for subsequent analysis or also browse through a sample calculation.......[Go to lab]

This program is intended to help students at both under-graduate and post0-graduate levels to develop fundamental concepts about characterization of materials at different levels and their applications in different fields of engineering. This is expected to enhance enthusiasm among the students to plan and conduct advance research experiments. In addition, we will provide remote access to the state-of-the-art materials characterization instruments, such as high resolution X-ray diffractometer (XRD), high resolution field emission gun environmental scanning electron microscopy (SEM), energy dispersive X-ray spectroscopy (EDS) and atomic force microscopy (A FM), to conduct advanced experiments for class as well as research. Such program would widen the usage of these instruments as well as the students in distant location can conduct their experiments to obtain data........[Go to lab]

Laboratory courses for hands-on experience are integral part of engineering education. The Solid State Devices(SSD) Virtual Laboratory is an initiative to develop virtual instrument based online Devices and circuits Laboratory covering most of the experiments suggested in the AICTE Model Syllabi for all the AICTE approved Engineering colleges in India - offering undergraduate courses in electrical, electronics, electronics and communications, instrumentation, computer science and IT. Currently, more than 15 experiments on electronics devices and circuits are available for the undergraduate students. The Lab enables students to visualize various semiconductor devices and circuits at any time and from anywhere using a web browser.........[Go to lab]

Plant Metabolic Pathway Virtual Laboratory is an initiative of MHRD, Govt of India under the National Mission on Education through Information and Communication Technology (NMEICT). This lab has been developed to help students in the area of biology to understand and get familarize with the concepts of secondary metabolites in plants and their significance. The contents of the lab provides an unique opportunity to the students to get expertise in the identification, isolation, characterization and purification of secondary metabolites from the given plant system through simulated experimental protocols and illustrative biochemical pathways. Another important feature of our lab is the remote access to High Performance Liquid Chromatography (HPLC) instrument for analysis, characterization and purification of plant samples to conduct experiments at higher levels (research) and in their respective labs........[Go to lab]