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BITS Pilani VC Discusses AI and Excellence in Indian Universities

Discover how Indian university AI integration is driving academic reforms, forcing institutions to balance expansion, equity, and excellence in engineering education.

By Fried Engineers Desk | Source: ET Education | Oct 4, 2026 | 4 reads | 2 min read
BITS Pilani VC Discusses AI and Excellence in Indian Universities
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About Indian university AI integration Resource

AI is quickly changing how engineering schools in India teach and aim for academic excellence. BITS Pilani Group Vice‑Chancellor Prof V Ramgopal Rao says higher‑education institutions in India are at a critical turning point. Artificial intelligence is challenging the old classroom model, so teachers must rethink curricula, assessment methods, and how they keep students engaged.

Universities now have to balance three key pillars:

  • **Expansion** – more students are enrolling nationwide.
  • **Equity** – everyone needs fair access to resources.
  • **Excellence** – academic standards must stay high.

Growing enrollment makes it hard to keep standards high while offering equal opportunities. At the same time, financial sustainability is tightly linked to academic quality. Schools must find new ways to fund research, upgrade labs, and keep top faculty without lowering educational standards.

Using AI tools is no longer optional; it’s essential for modernizing these academic systems.

FE Takeaway

These changes in education mean engineering students and researchers must become more self‑directed and use technology in their learning. Just listening to lectures isn’t enough in a world where technology moves fast. Students should look for real projects, work across disciplines, and develop hands‑on skills to stay competitive in the job market.

At Fried Engineers we think academic guidance should keep up with these shifts. Future engineers need solid foundational skills and should use AI tools responsibly for research, coding, and development. Picking up project‑based learning and finding mentors outside the classroom helps bridge the gap between theory and industry needs. This proactive approach keeps learners resilient, adaptable, and ready for an engineering future that values practical problem‑solving over memorization.

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Original Source / Reference

Source NameET Education
Original Source Date2026-09-29
Published on FEOct 4, 2026
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