FAQ's

 Graduates can work as software developers, system analysts, network engineers, or data scientists in industries like IT, finance, healthcare, and tech startups.

 B Tech IT requires strong analytical and problem-solving skills, but with dedication and the right approach, it can be an exciting and rewarding field to study.

Students learn languages like Java, C++, Python, and web technologies. They also get hands-on experience with software development, testing, and deployment.

The first year of B Tech IT introduces students to foundational subjects such as Programming in C, Engineering Mathematics, and Engineering Physics, alongside Communication Skills.

Yes, Cloud Computing is an elective subject in B Tech Information Technology, covering cloud architecture, service models, and security concerns associated with cloud platforms.

 Graduates can pursue careers in cloud architecture, cloud security, and service management, working with major cloud providers like AWS, Microsoft Azure, and Google Cloud.

 The curriculum keeps pace with emerging technologies like AI, Blockchain, and IoT, ensuring students are well-equipped for future challenges in the tech industry.

B Tech  IT focuses on applying technology to solve business problems. It covers areas like database management, web development, and networking.

B Tech CSE delves into computer science principles, including algorithms, programming languages, and software engineering.

While there's some overlap, IT includes topics like web technologies and system management, whereas CSE covers data structures, computational theory, and advanced software engineering.

B Tech IT is more application-oriented, focusing on practical implementation of IT systems.

Yes, B.Tech in CSE is more technical and math-intensive, requiring strong analytical and coding skills.

Graduates can become IT managers, system administrators, network engineers, or data analysts.

CSE graduates can work as software developers, AI specialists, system architects, or machine learning engineers.

Often, CSE roles, especially in programming and R&D, command higher salaries compared to IT roles.

B Tech IT is considered more practical and application-driven, which some students may find easier compared to the technical rigor of CSE.

Both degrees offer global opportunities, but CSE may provide broader prospects in emerging technologies worldwide.

Yes, graduates can pursue postgraduate studies in IT, management, or related fields.

Absolutely, CSE graduates can engage in research in areas like artificial intelligence, machine learning, and cybersecurity.

Yes, both require programming skills, but CSE places a heavier emphasis on advanced programming and algorithms.

IT graduates are sought after in industries like finance, healthcare, education, and any sector requiring IT solutions.

No, CSE graduates can work in various industries, including finance, automotive, and entertainment, due to the pervasive nature of technology.

Typically, both B Tech IT and B Tech CSE are four-year undergraduate programs.

Yes, internships are integral to both programs, providing practical experience in respective fields.