04, April 2022
B-tech IT is a professional program that focuses on the development, implementation, application, and administration of technology using software and hardware. It is tailored for applicants who are passionate about coding, application development, business analysis, and technical analysis on the IT side, along with directing, structuring, and establishing control systems, etc and assuring a profitable and substantial execution on the management side.
This course is divided into 8 semesters spread across 4 years. This is a more application-based course as opposed to CSE, which involves a little more peep into the theoretical aspects of technology. The best thing about studying information technology is that it’s a subsystem of CSE, which means the best, most required, and relevant course material is crunched from the CSE studies making IT a more tailored study. Most of what is taught is directly applicable to real-time work demands. The course structure of IT is diverse as it involves subjects from the computer science branch, making it a comprehensive study. A credit-based system is followed to determine the grand-GPA, which means involvement in all internal and external assessments, seminars, labs, project works, field works, etc.is taken into consideration.
The basic qualifying standards stay the same, although the details may differ from one college to the next. Before applying, students should double-check that they meet the standards of each institution.
Because information technology is such a broad field, it has a lot to offer someone who has recently graduated. IT courses are designed to provide students with the conceptual knowledge and abilities required by IT firms. Everything is addressed in the B.Tech IT programme, whether it be software design, production, or research. Given below is the semester wise break up of subjects taught under this course. Depending upon the institution, the subjects may vary. However, they’re more or less the same. Let’s look at the subjects:
| S.no. | Electives | S.no. | Electivesa |
|---|---|---|---|
| 1 | Software Reliability | 17 | Embedded Systems |
| 2 | VLSI Design | 18 | Software Engineering |
| 3 | Object-Oriented System Design | 19 | Computer Graphics |
| 4 | Artificial Intelligence | 20 | Computational Complexity |
| 5 | Modelling And Simulation | 21 | Datamining |
| 6 | Digital Communication | 22 | Advanced Computer Architecture |
| 7 | Mobile Computing | 23 | Dependable Computing |
| 8 | Applied Graph Theory | 24 | Symbolic Logic |
| 9 | Theory Of Computation | 25 | Parallel Algorithms |
| 10 | Principles Of Programming Languages | 26 | Robotics |
| 11 | Computational Geometry | 27 | Sensor Networks |
| 12 | Image And Video Processing | 28 | Fault-Tolerant Systems |
| 13 | Computational Intelligence | 29 | Networks And Systems Security |
| 14 | Data Analytics | 30 | Digital Signal Processing |
| 15 | Communication Network | 31 | Interconnection Networks |
| 16 | Natural Language Processing | 32 | High-Performance Computing |
1. Web Specialist— Website production professionals work with high-end technology companies and government organizations on online design and content formulation.
2. Network Architect— the role of the Network Architect is to provide frameworks and standards for computer systems, including its hardware elements, organisation, configuration, and interaction. They also consider the system's overall effectiveness and operational parameters.
3. Computer Analyst— a system analyst's responsibilities include assessing software and hardware compatibility, developing new systems, and assisting personnel in implementing previously built systems.
4. Consultant in Information Technology— IT consultants work with businesses on a contract basis, advising them on how to use information technology effectively to achieve their goals.
5. Officer in Charge of Technology— Chief Technology Officers are responsible for supervising the operations of IT workers, evaluating the possible scope of expansion in a given programme, and assessing the risk involved.
6. Software Developer— An application developer's job is to create new and exciting apps for electronic computing devices, as well as to design and evaluate them.
7. Programmer— Programmers create diverse programmes from the ground up, test them for functionality, fix any errors that are discovered, and keep meticulous records of the instructions.
8. Manager of Data Processing— Data processing managers keep track of all the activities that take place within the department of information systems and software applications. They supervise the operations of the division's employees.
Considering a degree in IT not only allows applicants to keep up with technological advancements but also allows them to grasp the processes underlying them. Every organisation and the corporate entity must use this procedure as a standard backhand. IT also broadens the pool of applicants for positions in the telecommunications, finance, education, and business sectors, making it one of the most prospective career options. There is no possibility of obsolescence. Designing systems, delivering functionality, operating the system, and administering the system are all part of the job. New improvements are also made, and beta versions of such technologies are being developed. As a result, professions in this industry can never be redundant.