Future of Engineering Education: TIET VC on AI, Judgment and Skills

The future of engineering education must go beyond technical knowledge and tool-based skills, according to Padmakumar Nair, Vice Chancellor of Thapar Institute of Engineering and Technology (TIET).

Speaking about the changing role of engineering institutions, Nair highlighted the need for judgment, interdisciplinary learning, sustainability, ethics, and real-world problem-solving. He said engineering education must prepare students for uncertainty rather than focus only on delivering content.

Future of Engineering Education: Key Highlights

The following table summarises the major areas highlighted by the TIET Vice Chancellor in his discussion on the changing nature of engineering education.

Engineering Education Needs to Move Beyond Knowledge

According to Nair, the fundamentals of engineering, including mathematics, physics, systems thinking and problem-solving, remain important. However, the way these foundations are applied needs to change.

Engineering professionals increasingly work in situations where there is no single correct answer. They must make decisions involving cost, safety, performance, sustainability and human impact.

This means engineering education needs to move:

• From instruction to inquiry
• From answers to questions
• From content delivery to contextual learning
• From technical capability to judgment under uncertainty

Nair also emphasised that students should not simply focus on learning the latest technology because technological tools will continue to change.

AI in Engineering Education: Focus on System Thinking

Artificial intelligence, semiconductors, robotics and quantum computing are changing engineering careers. TIET's approach is to prepare students to understand these technologies as interconnected ecosystems rather than isolated skills.

The focus is on:

• Conceptual depth instead of only skill acquisition
• Integrated learning instead of disciplinary silos
• Designing systems instead of simply using tools
• Understanding the science behind emerging technologies
• Examining their ethical and social implications

Nair said the objective is to educate AI architects rather than only AI users. This approach requires research-led teaching, interdisciplinary projects, and exposure to real-world problems.

Sustainability and Ethics in Engineering

TIET is also placing greater emphasis on sustainability and ethical reasoning. Nair described the institution's approach through a 6E framework covering:

• Energy
• Environment
• Ethics
• Essential Materials
• Economics
• Education

The approach aims to make sustainability part of engineering problem-solving rather than treating it as a separate subject.

Nair also pointed to the importance of asking questions about the consequences of engineering decisions, including who benefits from a technology, who could be harmed and what long-term effects it may create.

Interdisciplinary Learning to Shape Future Engineers

The discussion also highlighted the growing importance of interdisciplinary engineering education. According to Nair, complex problems cannot always be addressed through engineering knowledge alone.

Future engineering education could bring together engineering with:

• Philosophy
• Ethics
• Economics
• Sociology
• Cultural anthropology
• Cognitive science
• Psychology

This approach can help students understand how people make decisions, how institutions work and how technology affects society.

The idea is not to replace technical education but to strengthen it by giving engineers a broader understanding of the environments in which their solutions operate.

TIET Focuses on Industry-Academia Collaboration

Nair said industry collaboration should move beyond traditional internships and placements. TIET is looking at partnerships across curriculum development, joint research and innovation.

The institution's approach includes:

• Curriculum co-design with industry
• Joint research and centres of excellence
• Work in areas such as AI and advanced manufacturing
• Innovation and entrepreneurship initiatives
• Translating research into practical applications

At the same time, Nair stressed that universities should retain their independence and act as critical thinkers rather than simply becoming service providers for industry.

Student Wellbeing and Global Exposure

Future-ready engineering education is also being linked with the overall student experience. TIET is focusing on learning, infrastructure, digital platforms, campus community, graduate outcomes, wellbeing and student participation.

The institution is also investing in flexible learning pathways, pastoral care, global exposure and digital platforms such as the MyThapar app.

TIET's Vision for Engineering Education

Nair said TIET's long-term objective is not simply to become larger but to become a more thoughtful and impactful university.

The institution's vision focuses on:

• Reimagining pedagogy in the age of AI
• Conducting research addressing societal problems
• Developing leaders with judgment and responsibility
• Moving from credential-seeking to excellence-seeking
• Moving from compliance-driven education to purpose-driven education

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