![Bachelor of Technology [B.Tech] (CSE) at IIIT Jabalpur - Indian Institute of Information Technology Design And Manufacturing , Jabalpur](https://image.promilo.com/s3:promilo-prod/fit-in/900x900/IIIT Jabalpur - Indian Institute of Information Technology Design And Manufacturing /feed/2c9f8a727ca9a1bf017cb32d6b0e0441/201947.jpg)
Bachelor of Technology [B.Tech] (CSE)
Engineering (B.E. / B.Tech)
Shortlisted by 27+ Students
Location: Jabalpur
Duration: 4 YEAR
Regular / Offline
Average Fees: ₹ 7.36 Lakhs
Highlights The Bachelor of Technology (B.Tech) program with a specialization in Computer Science and Engineering (CSE) is a flagship undergraduate course that offers a comprehensive exploration of the dynamic and rapidly evolving field of computer science. Typically spanning four years, this program is meticulously designed to equip students with a strong foundation in both theoretical principles and practical applications within the realm of computer science. B.Tech (CSE) programs encompass a diverse range of subjects, including algorithms, data structures, programming languages, software engineering, artificial intelligence, and more. The curriculum is structured to provide a balanced blend of core courses, electives, and hands-on projects, allowing students to delve into specialized areas of interest.
![Bachelor of Design [B.Des] at IIIT Jabalpur - Indian Institute of Information Technology Design And Manufacturing, Jabalpur](https://promilo-prod.s3.ap-south-1.amazonaws.com/IIIT Jabalpur - Indian Institute of Information Technology Design And Manufacturing /logo/logo.png){kind=logo}
Probably at no previous moment in the world history have commerce and industry become so complex, extensive, and globally interrelated as they are today. India, which is going through a rapid growth in its manufacturing sector, is not unaffected by these changes. The modern manufacturing environment entails a large variety of cross-disciplinary activities including the Design and IT. Engineers consequently are being called upon to work within new environmental, economical and social constraints which are increasingly becoming a part of contemporary engineering practice. Obviously, these elements need to find their way into the engineering curricula. However, traditional engineering instructional formats isolate teaching and research into specific disciplines with un-integrated curricula and therefore the structure of our engineering curricula have hardly changed in accordance with the modern manufacturing needs. Such divisions in the existing higher education formats are found to act as barriers to learning, behavior, and performance.
Another aspect of engineering education which needs to be considered is the basic nature of the IT profession. The IT driven market of today features a model of innovation which is quite different from the research models that most institutes are familiar with. The new market model for innovation emphasizes on fast concept, funds projects with venture capital, fosters innovation by rewarding entrepreneurs who specialize in transforming people's practices to become more productive with the help of new technology. In contrast, the conventional research model emphasizes on careful development of ideas and principles and achieves innovation only after ideas have gone through a long pipeline that distills out the best and brings them into practice over a period of 15-20 years. This dichotomy between the new market-driven model and the conventional idea-pipeline model poses another great challenge to educators of engineering.
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