Applications of Differential and Difference Equations.Multi-Core Architecture and Operating System.Information Security Analysis and Audit.Content Based Image and Video Retrieval.Foundation Skills in Product Development.Blockchain and Cryptocurrency Technologies.Intel® Core- i9-9900K CPU × 16 GRAPHICS QuadroRTX 5000/PCIe/SSE2 32GB Ram, 1 TB Hdd GNOME3.28.2 Intel i5 Processor - 3.20GHz, 500 GB HDD, 8 GB RAM, Keyboard, Mouse, 19-MonitorĬ, C++, Java, Oracle 11g, Microsoft SQL Server 2005,Mysql 8.0.23, Rational Rose 2003, Cisco Packet Tracer 7.3.1ĭell-Intel(R)-Core(TM)2Quad-2.66GHz, 500GB HDD,4GB DDR3, Keyboard,Mouse, 18.5 TFTMonitor Intel core i5 Processor-7500 8Gb Ram, 1 Tb Hdd, Keyboard, Mouse, 19- Monitorĭell 3020, Intel i5 Processor - 3.20 GHz, 500 GB HDD, 8 GB RAM, Keyboard, Mouse,19-Monitor Keil, Altera-Quartus-II10.2, Microsoft Visual Studio. List of labs and significant Facilities Lab Nameĭell 3020, Intel i5 Processor - 3.20 GHz, 500 GB HDD, 8 GB RAM, Keyboard,Mouse,19-Monito Computer Science and Engineering (Artificial Intelligence and Robotics) Computer Science and Engineering (Cyber Physical Systems) Computer Science and Engineering (Artificial Intelligence and Machine Learning) Computer Science and Engineering (Block Chain Technology) Computer Science and Engineering (Data Science) Computer Science and Engineering (Internet of Things) Computer Science and Engineering and Business systems (in collaboration with TCS) Computer Science and Engineering (Information Security) Computer Science and Engineering (Bioinformatics) programmes have been accredited by Institution of Engineering & Technology, UK (IET- formerly known as IEE, UK) during the year 2004-05. The School offers research programmes such as M.Tech. The cafeteria system of electives gives a handful of choices for the students to develop expertise in their area of interest.ī.Tech Computer Science and Engineering is accredited by the Computing Accreditation Commission and Engineering Accreditation Commission of ABET. The focus is on holistic learning and empowering students to make significant contributions at all levels. Note that it's important that one of your source files has the same name as the target binary, otherwise you cannot user Make's implicit rules, wich complicates the Makefile a bit.The curricula of programmes have been designed to cater to the ever changing needs and demands of IT industry. For also running it with a key just enter your program name (my_program in the example) in the Geany's project properties. That's it! you can now compile you program with a keypress (shift+F9). Save this with the name "Makefile" in the same directory of the sources.Now you have to create the Geany project proper, indicating that the base directory is where the code (and Makefile) are stored. Supose your project builds a program called "my_program", consists of the files my_program.cpp and bar.cpp, and links with the foo library. Regarding C++, it's very simple to create a basic Makefile (much simpler than the example above). ![]() This is flexible and allows the IDE to be language-agnostic, thus being able to build large and heterogeneous projects. Geany builds projects using external commands.
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