 Hello everyone, I am Mbikeshwar and I am from Fawzi, so Fawzi is basically a free and open source software for education, so what we do like we try to make the open source alternative of software, appropriately software, like Sylab also like we haven't developed but we are promoting this Sylab so that people can use it and as he told that you need licenses on MATLAB and all other software, so that thing will be skinned off, so basically we promote Fawzi and we also give the documentation of all the Fawzi we support, so we just give all the kind of how to use open source software like Sylab, VGDA and we develop also, so we have developed a software called OSCAD, so that is the open source alternative of RCAD so all the electronic students will be here, you would have known about RCAD, that is from CADNs, so that is for the circuit simulation, that is the basically circuit simulation software, so we have developed that software in IIT Mumbai itself and it is started in 2009 and based in IIT Mumbai and it is already funded by MSRD and it is the mission of, it is the part of national mission of education to IIT, so the Fawzi promote is, this is the list of the Fawzi promote, so it is the Python Sylab, for numerical computations, free DA, electronic design automation, open form, R2s, all that, computer CFD and then industrial officers are still designing graphics, and there is one Sandeep, visual programming software, we are just working on it and this is basically we are trying to, you must have heard about Labio, so we are trying to, not replace, but we are trying to get a functionality of Labio in our software that is Sandeep, so basically Sandeep is a visual programming software, it is a, like in this, you just create, there will be blocks, okay, so you just have to connect the blocks and that will, like from one block to another block, the data will go, then manipulator, then you can take output also, so you can interface any hardware through our software, and if you want to give some value, some values to that hardware, you can send it through, using Sandeep, so basically this project will be used in virtual labs, you will have heard about this virtual lab, in which you don't have hardware at your place, but the hardware is on some, another remote centers, and you can do that hardware on through internet, so basically this Sandeep is going to use there, it is in a very initial development stage, so we are developing it, okay, so for every subject we can create, make it, so the requirements like, what we are going to do in this Sandeep, so this is the optimize the performance of tools, so basically we are using Python and C++ in this, for the blocks, okay, so we have to optimize functionality, like it is little bit slow, it's not as compared to lab, it's not that much faster, faster than that, so then addition of customized blocks, so as per requirements of, like requirements of this virtual lab, you will have to create the blocks in which you just give the input and data outputs and see the output, so we just, we will have to create the blocks, customized blocks also, and all the experiments which have been done in virtual lab using lab view, we just have to migrate, migrate those experiments to Sandeep, so basically as of now we are doing control system applications, they are migrating control system applications to Sandeep, but there are so many things more also to do, okay, so for all the electrical experiments, all the electronic experiments, so many experiments are there, so basically the skill required for this software to work on this is knowledge of Python and C++, it will be very good knowledge of Python and C++, okay, and understanding of Linux environment, basically this has been developed for Linux, so it is required to, it is required that it should have good knowledge of Linux also, and then another project is NGSDF, basically this is the part of the OSCAD project, and this is a mixed mode simulator, like for the electronic students, how many electronic students are here, okay, so you would have known about simulation, okay, so in simulation like normal analog simulation calculated by NJ Spice, but for mixed mode simulation, NJ Spice is a mixed mode simulator, but that has not, that must happen in the TV, to simulate very big size, like if you have some very bigger model of, any digital model, like flip block and everything, there is no models available in NJ Spice, okay, so for that we have developed this software, which is using NJ Spice and GSDF program, so in this software, all the digital thing you will have to write, like all the digital blocks you will have to write in VSDL, VSL code of that digital block, and then you can simulate that, connect the digital block to your analog circuits, and then you can simulate, that is the output, so the requirement is like we have developed this software, so now we will have to validate the software, so whoever have the good scale of VSDL code, he knows the card simulation and VSDL code together, he can join us and optimization of software also, so like the speed performance and digital standard as the performance of software, so the skills required for this is knowledge of the Spice network and VSDL, C socket programming, that is our optimization purpose, so if someone knows C socket program, that will be good, and understanding all that to learn software. Operations research is the performance work, which is used to model and solve the operations complex problems leading to a better solution. Operations research technique includes mathematical optimization, simulation theory, application management, few more applications are there, but in in our tools project, mainly we are focusing on optimization technique and simulation, mainly in the project is to promoting for software for free open source of, for solvers like coin wars, GN picking and same by to solve the operations research problems. These solvers, we are we are calling these solvers to for environment like silab and python using some interfacing programs, we are using these solvers GN picking and coin wars, same by is for simulation software package, same by is a python based simulation software package, then in python we have pulp and pi out, which is used for interfacing the interfacing the over solvers in python, because three activities, first one is already we created the interface for python, we need to create a interface for silab, then second one, second activity is open tutorial, third is textbook companion project, that creating the main aim of creating interface is to calling to develop a interface for calling coin wars to silab, this is called how to solve and how to install the operations research packages using in Linux and Windows environment.