BITS Pilani Revamps UG Curriculum With AI and Research

BITS Pilani has revised its undergraduate curriculum to give students greater flexibility in choosing subjects, pursuing research and gaining practical experience as Artificial Intelligence reshapes education and the workplace. The updated programme combines core science, engineering and computing with interdisciplinary learning, industry exposure, entrepreneurship and structured activities focused on physical and mental wellbeing.

V Ramgopal Rao, group vice chancellor of BITS Pilani and former director of IIT Delhi, said the curriculum changes respond to the growing influence of AI and concerns about student mental health. The revised structure is designed to help students explore different disciplines while developing practical skills through research projects, industry mentorship and experience-based activities.

The changes include new areas of study such as artificial intelligence, data science, software construction, quantum information and computation, astronomy and materials chemistry. Students will also have more opportunities to take electives outside their primary fields, work on societal problems and pursue entrepreneurial ideas.

BITS Pilani has also announced an investment of more than ₹50 crore this year to upgrade undergraduate laboratories across its Pilani, Goa and Hyderabad campuses.

Why BITS Pilani has revised its undergraduate curriculum

The curriculum overhaul reflects the growing influence of artificial intelligence on education and professional work. As AI changes how tasks are performed and how technical problems are approached, undergraduate programmes face the challenge of preparing students for a workplace that increasingly draws on computing, interdisciplinary knowledge and practical problem-solving.

BITS Pilani’s revised approach combines disciplinary foundations with opportunities to explore subjects beyond a student’s primary area of study. The curriculum brings together science, engineering and computing with the humanities and arts, alongside areas such as design thinking and entrepreneurship.

According to Rao, the changes are also intended to address concerns about student mental health. The updated structure therefore extends beyond academic subjects to include activities related to wellbeing, social conduct and community engagement.

Rather than focusing exclusively on conventional classroom learning and academic credits, the revised programme includes research opportunities, practical projects, industry exposure and structured experiences outside regular coursework.

New AI and interdisciplinary subjects added

The revised undergraduate curriculum introduces or includes a range of subjects reflecting developments in technology and scientific research. These include artificial intelligence, data science, software construction, quantum information and computation, astronomy and materials chemistry.

The broader selection gives students opportunities to explore emerging technical fields while continuing to develop expertise in their principal disciplines. The inclusion of interdisciplinary electives is intended to make it easier for students to study subjects outside their main academic specialisation.

For example, students may be able to explore connections between computing and other scientific fields or combine technical learning with areas such as design thinking and entrepreneurship. The source announcement does not specify individual course combinations or the exact number of electives available under the revised structure.

The curriculum also incorporates humanities and arts alongside science, engineering and computing. This reflects the institute’s stated approach of combining technical education with a broader range of intellectual and practical experiences.

Research programmes give students more opportunities

BITS Pilani has strengthened its Undergraduate Research Opportunities Programme, along with Advanced UROP and Super UROP, as part of the revised curriculum.

These programmes provide students with opportunities to work on research and develop solutions to practical problems. Rao said students could focus on societal challenges and receive funding to develop and test their proposed solutions as part of their curriculum.

The emphasis on research and project work gives students a route to apply their academic knowledge beyond conventional classroom assignments. It also allows them to engage with problems that may require experimentation, technical development and the evaluation of possible solutions.

Funding for selected projects can help students move beyond proposing ideas to developing and testing them. However, the supplied announcement does not specify the funding available to individual students, the number of projects supported or the selection criteria for the research programmes.

The strengthened UROP, Advanced UROP and Super UROP pathways form part of the institute’s wider effort to make undergraduate education more flexible and experience-oriented.

Practice School programme to provide industry mentorship

The revised curriculum also places emphasis on industry exposure through BITS Pilani’s Practice School programme. Rao said the programme would provide industry mentorship, allowing students to gain experience connected to professional environments.

Industry exposure can help students understand how academic concepts are applied to practical tasks and workplace challenges. It also gives them opportunities to become familiar with the expectations and problem-solving approaches used outside university settings.

The Practice School programme forms one part of a broader structure that combines academic study with research and project work. The supplied information does not detail the duration of placements, the participating employers or the specific requirements students must meet under the revised curriculum.

Alongside industry mentorship, students will have entrepreneurship pathways that allow them to develop their ideas further. These opportunities are intended to support students who want to move beyond initial concepts and explore how their ideas could be developed into practical initiatives.

Entrepreneurship and design thinking become part of the learning approach

Design thinking and entrepreneurship are among the areas incorporated into the revised educational approach. Their inclusion broadens the curriculum beyond conventional technical instruction by creating space for students to explore problems, develop ideas and consider how solutions can be put into practice.

The entrepreneurship pathways will allow students to take their ideas further, according to Rao. This complements the research programmes, which enable students to develop and test solutions to societal problems with funding support.

Although research and entrepreneurship can overlap, the announcement presents them as distinct opportunities within the wider curriculum. Research programmes focus on developing and testing solutions, while entrepreneurship pathways provide scope for students to pursue their ideas further.

The institute has not provided details in the supplied information about specific startup support, incubation arrangements or commercialisation targets associated with the revised curriculum.

BITS Pilani invests over ₹50 crore in undergraduate laboratories

BITS Pilani said it had spent more than ₹50 crore this year on upgrading undergraduate laboratories at its Pilani, Goa and Hyderabad campuses.

The investment accompanies the curriculum changes, which place greater emphasis on practical learning, research and project-based activities. Laboratory infrastructure can support students in applying theoretical knowledge, conducting experiments and developing technical solutions.

Upgrading facilities across the three campuses also forms part of the institute’s effort to support undergraduate education across its locations. However, the announcement does not specify how the investment has been divided among the campuses or identify the individual laboratories and equipment covered by the upgrades.

The laboratory spending sits alongside the expanded research pathways and industry exposure described in the revised curriculum. Together, these elements are intended to provide students with opportunities to combine classroom learning with practical work.

New Points of Experience framework focuses on wellbeing

One of the notable changes is the introduction of a Points of Experience framework covering physical and mental wellbeing, social conduct and community engagement.

Students will be required to complete 30 Points of Experience, equivalent to approximately 60 hours of activities. These activities include fitness, creative pursuits, wellbeing workshops, social conduct and community engagement.

Unlike conventional academic coursework, the activities will be recognised through experience points rather than academic credits. The framework creates a separate way to recognise participation in activities beyond the regular curriculum.

The requirement is part of the institute’s response to concerns about student mental health, according to Rao. By incorporating structured activities into undergraduate life, BITS Pilani is expanding the areas of student development recognised within its educational framework.

The activities span several aspects of campus life. Fitness relates to physical wellbeing, while creative pursuits offer opportunities beyond technical subjects. Wellbeing workshops, social conduct and community engagement address other aspects of students’ experiences within the institute and the wider community.

The announcement does not specify how students will select activities, how the points will be assessed or what consequences will apply if a student does not complete the requirement.

How the revised curriculum changes undergraduate education

The revised structure brings together several components: disciplinary study, interdisciplinary electives, research programmes, practical projects, industry mentorship, entrepreneurship and experience-based activities.

Students will have greater scope to explore subjects beyond their primary academic areas while continuing to study science, engineering and computing. The research pathways provide opportunities to develop and test solutions, while the Practice School programme offers industry mentorship.

The Points of Experience framework adds a separate requirement focused on wellbeing, social conduct and community engagement. These activities will not count as academic credits, distinguishing them from the programme’s formal academic requirements.

The changes represent a broader approach to undergraduate education in which academic knowledge is combined with practical experience and activities outside conventional coursework. They also reflect the institute’s stated response to the growing influence of AI and concerns about student mental health.

The available announcement does not provide a detailed comparison of the previous and revised degree requirements, the implementation schedule for individual courses or the effect of the changes on programme duration.

What the AI-era curriculum means for students

For undergraduate students, the revised curriculum offers greater flexibility to explore different subjects and pursue research, projects and entrepreneurship alongside their core studies. The addition of emerging technology fields gives students opportunities to engage with areas such as AI, data science and quantum information and computation.

The strengthened research programmes provide routes to work on societal problems, while industry mentorship through Practice School can expose students to professional environments. The laboratory investment is intended to support practical learning across the Pilani, Goa and Hyderabad campuses.

The new experience framework also makes physical and mental wellbeing, social conduct and community engagement formal components of the student experience, although they will be recognised through experience points rather than academic credits.

Rao said the changes were driven by both AI’s growing influence and concerns about student mental health. The revised curriculum therefore seeks to address two challenges facing Higher Education: preparing students for a changing technological environment and giving greater attention to experiences beyond academic performance.

The long-term impact will depend on how the new structure is implemented and how students engage with its expanded opportunities. For now, BITS Pilani’s changes signal a move towards a more flexible undergraduate programme that combines technical education with research, industry exposure, interdisciplinary learning and structured wellbeing activities.