ANNOUNCEMENTS
New Delhi [India], July 20: For generations, choosing an undergraduate degree meant selecting a single discipline and building a career around it. Today, that approach is rapidly changing. As industries become increasingly interconnected, employers are seeking graduates who can think beyond traditional academic boundaries, combine knowledge from multiple fields, and adapt to emerging challenges.
From artificial intelligence and biotechnology to sustainability and data analytics, many of the careers shaping the future no longer fit neatly within one subject. This evolution is encouraging universities to rethink how undergraduate education is designed, moving away from rigid academic structures towards flexible, interdisciplinary learning that allows students to develop both specialised expertise and broader perspectives.
The careers emerging today rarely belong to a single discipline. Whether it is economics with data analytics, environmental studies with economics, or management with sustainability, graduates with expertise across complementary disciplines are better equipped to address evolving industry and societal needs. This interdisciplinary approach develops the knowledge, adaptability, and problem-solving skills increasingly expected across industry, research, and the public sector.
Recognising these changing expectations, TERI School of Advanced Studies (TERI SAS), a UGC-recognised Deemed-to-be University established by The Energy and Resources Institute (TERI), is reimagining undergraduate education through interdisciplinary learning, flexible academic pathways, and a research-led approach to teaching. Building on TERI's internationally recognised legacy in sustainability research and policy, the university prepares students to understand and address real-world challenges across science, business, technology, public policy, and the environment.
Academic Flexibility for Modern Careers
One of the defining features of this new approach to undergraduate education is the flexibility it offers students to shape their academic journey. Through a Major and Minor structure, students can combine complementary disciplines to build a stronger and more relevant academic profile.
Imagine a student pursuing a Major in Economics while choosing a Minor in Data Science. Alongside developing a strong understanding of economic theory and policy, they also gain analytical and computational skills that are increasingly valued across finance, consulting, government, and research.
At TERI SAS, this interdisciplinary approach is embedded across undergraduate programmes, enabling students to personalise their learning while connecting knowledge across disciplines to suit their interests and career aspirations.
Aligned with the National Education Policy (NEP) 2020, the Four-Year Undergraduate Programme (FYUP) enables students to graduate with an Honours or Honours with a Research degree. Selected programmes also offer an integrated Master's pathway, creating a seamless progression for students wishing to pursue higher studies.
Learning Beyond the Classroom
Beyond the curriculum, TERI School of Advanced Studies (TERI SAS) provides a research-oriented learning environment where science, business, technology, economics, and sustainability intersect. Students engage with contemporary challenges while developing critical thinking, collaboration, and problem-solving skills that are valued across professions.
Learning also extends beyond academics through student-led clubs and campus activities that encourage leadership, teamwork, and personal development, helping students build skills and experiences outside the classroom.
Located in the heart of New Delhi, at Vasant Kunj, the university offers access to government institutions, research organisations, and industry, creating opportunities that complement classroom learning. For students relocating from other cities, TERI SAS also offers on-campus hostel facilities for girls, providing a supportive residential environment as they pursue their academic journey.
Building on TERI's recognised legacy in sustainability research and policy, TERI SAS connects classroom learning with real-world challenges, preparing graduates for careers in industry, research, public policy and higher education through a multidisciplinary perspective.
"The future of undergraduate education lies in preparing students to think beyond disciplinary boundaries. As industries evolve and societal challenges become more interconnected, universities must create opportunities for students to combine knowledge, engage with research, and develop the confidence to understand and solve real-world problems. At TERI SAS, our Four-Year Undergraduate Programmes, with options for Honours and Honours with Research, encourage students to build strong disciplinary foundations while exploring ideas across fields through interdisciplinary learning and research."
- Prof. Suman Kumar Dhar, Vice-Chancellor, TERI SAS
Choosing the Right Undergraduate Journey
Choosing an undergraduate programme today is about more than selecting a subject. It is about choosing a university that encourages curiosity, academic exploration, and lifelong learning.
With interdisciplinary pathways, research opportunities, and a future-focused curriculum, TERI School of Advanced Studies (TERI SAS) reflects a new vision of undergraduate education. It offers students the opportunity to build an education that matches their interests, supports their ambitions, and prepares them to contribute meaningfully in an increasingly interconnected world.
To learn more about undergraduate programmes, academic pathways, and admissions, visit www.terisas.ac.in.
TERI School of Advanced Studies (TERI SAS) is a UGC-recognised Deemed-to-be University established by The Energy and Resources Institute (TERI), one of India's leading research institutions in sustainability research and education. Located in Vasant Kunj, New Delhi, near the Aravalli Biodiversity Park, TERI SAS offers research-driven undergraduate, postgraduate, and doctoral programmes across Sustainability, Energy, Data Science, Economics, Biotechnology, Climate Science, Geoinformatics, Public Policy, Renewable Energy, Management, Law, Sustainable Development, and Environmental Studies.
(ADVERTORIAL DISCLAIMER: The above press release has been provided by PNN. ANI will not be responsible in any way for the content of the same.)
(This content is sourced from a syndicated feed and is published as received. The Tribune assumes no responsibility or liability for its accuracy, completeness, or content.)
Read More| Date | News Title | Source |
| 20-July-2026 | The Future of Undergraduate Ed... | The Tribune (Online) |
| 27-January-2026 | TERI SAS launches multidiscipl... | The Times of India (Education Times) |
| 23-January-2026 | Shaping a circular future thro... | The Economic Times (ET Panache) |
| 18-January-2026 | Waste fix hinges on behaviour:... | The Times of India |
| 18-January-2026 | Esri India, TERI SAS Sign Mou ... | Manafn (Online) |
| 17-January-2026 | Swachh Bharat Mission is not j... | Dainik Jagran |
| 17-January-2026 | Hosting of the International R... | Viraat Vaibhav |
| 14-January-2026 | Esri India and TERI SAS Ink Pa... | ANI News (Online) |
| 14-August-2025 | CAQM Blueprint for Breathing E... | Financial Express (HealthCare Online) |
| 03-August-2025 | Bird deaths raise red flags as... | The Hindu (Online) |
The world runs on energy and devices that store energy whether it’s the supercapacitor, lithium batteries or even the solar panels have done wonders to change our lives and make it as comfortable as it gets. Now to further improve upon the storage of energy, academicians cum researchers from two different Indian institutions teamed up and developed a new carbon based nano material for future improvement in supercapacitor energy storage technology development.
Ms Rinki Malik, Ms Priyank Rani, Dr Suman Lata, Dr Udit Soni, and Dr Rajender Singh Malik have developed a more effective way to store energy as the four academicians used direct electrochemical method to synthesize novel porous nanostructure carbon and polymer composites. Assistant Professor Dr Rajender Singh Malik was team leader from Deenbandhu Chhotu Ram University of Science and Technology, Haryana and Assistant Professor Dr Udit Soni was from prestigious TERI School of Advanced Studies (TERI SAS), New Delhi.
This new carbon based nano material is termed as “PPy/CQDs” and improve the electron transfer with a reduction in the internal resistance and charge transfer resistance which makes the transfer of energy faster and more efficient.
The research paper highlighting the major development unearthed by four academicians was published in international journal Electrochimica Acta, Science Direct, Elsevier.
The abstract of the research paper published in the journal reads, “Polypyrrole (PPy) and carbon quantum dots (CQDs) based composite electrodes (PPy/CQDs or PQDs) are designed through one step electro-polymerization technique in aqueous solution for energy storage purposes. Composite electrode, thus obtained exhibits good electrochemical properties due to dotted CQDs structure comprising of high surface area with numerous active sites. Electrical conductivity of PPy was improved noticeably after modifying with CQDs. The charge transfer resistance (Rp) diminishes from 2.7 Ω to 0.11 Ω for PQD composite due to fast charge diffusion.
The impact of varied concentration of CQDs was also evaluated for optimizing the electrochemical behavior of PQDs composites and PPy: CQDs as 95: 5 w/w ratio designated as PQD 0.5 was found to be the most effective composition. Various electrochemical properties of PQDs are also correlated at different time intervals to get an effective electro-polymerized output and observed that PQD 0.5 composition processed for 30 min (PQD 30) demonstrates high specific capacitance of 1073.5 F/g at a scan rate of 10 mV/s and mass loading with 1.4 g/cm2 of the optimized composite with a good cyclic stability as 62% even after 2000 cycles of charge/discharge for the electrode.”
Dr Soni says that team could have taken patent for it but the team believes in making affordable and efficient energy storage available for the people and therefore leaves it open to other people who can use this development and further make energy storage methods more effective and easily accessible. Dr Malik also has pointed out that this electrode nano composite material could be highly useful for supercapacitor application such as rapid electrical charging. Presently this work is in initial stage and the team is working on development of energy storage supercapacitor electrical devices by using this electrode material. This new electrode material has huge potential to contribute in supercapacitor sector.
Plot No. 10, Institutional Area, Vasant Kunj, New Delhi - 110 070, India.
Tel. +91 11 71800222 (25 lines).
Website : www.terisas.ac.in
Email id : registrar@terisas.ac.in
© Copyright © 2026, TERI SAS, All rights reserved.
Visitors No.: 127803234 Since 2023


