Jawaharlal Nehru Centre for Advanced Scientific Research, Bengaluru

The Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR), situated in the scientific hub of Bengaluru, represents a cornerstone of India’s post-independence commitment to high-level fundamental and applied research. Established in 1989 by the Department of Science and Technology (DST), Government of India, the Centre was conceived as a multi-disciplinary research institute to commemorate the birth centenary of Pandit Jawaharlal Nehru. Since its inception, the institution has evolved from a small collective of researchers into a globally recognized "Institution Deemed to be University," a status conferred by the University Grants Commission (UGC) in 2002. This transition allowed the Centre to autonomously grant degrees while maintaining its core focus on cutting-edge scientific inquiry across a diverse spectrum of disciplines ranging from materials science to molecular genetics. Under the founding presidency of Professor C. N. R. Rao, FRS, JNCASR adopted a unique organizational model based on "Units"—small, focused research departments that encourage interdisciplinary fluidity—which remains the defining characteristic of its academic and research architecture.

Historical Evolution and Governance Structure

The genesis of JNCASR was driven by the vision to create a world-class research environment that could rival international laboratories while remaining deeply embedded in the Indian scientific context. The Centre was initially registered as a society, with the eminent physicist and former Chairman of the Department of Atomic Energy (DAE), Dr. Raja Ramanna, serving as its first Chairman. The institutional journey began with a modest footprint at the Indian Institute of Science (IISc), Bengaluru, before moving to its primary campus in Jakkur, which was inaugurated in 1995 by the then Vice President of India, Shri K.R. Narayanan.

The governance of JNCASR is designed to balance academic autonomy with administrative rigor. The Governing Council, currently chaired by Prof. V Ramgopal Rao, provides high-level strategic oversight, while the Council of Management is responsible for critical institutional decisions, including the granting of degrees, faculty appointments, and the initiation of new research programs. The internal administration is headed by the President (currently Prof. Umesh V Waghmare), who is assisted by the Administrative Officer and four Deans overseeing Faculty Affairs, Research and Development, Academic Section, and Extension Programmes. 

Furthermore, the Academic Advisory Committee (AAC) monitors the quality of teaching programs and ensures that the award of degrees meets stringent academic standards. This tiered structure has enabled the Centre to maintain its status as a Category-I Deemed to be University, reflecting its sustained excellence in higher education and research.

Spatial Dynamics and Infrastructure

The physical infrastructure of JNCASR is distributed across several campuses in Bengaluru, each catering to specific facets of research, academics, and residential life.

Jakkur Main Campus

The Jakkur Main Campus, originally a 15.55-acre plot and now spanning 27.35 acres, serves as the operational heart of the Centre. This campus houses the primary research units, administrative blocks, and advanced central facilities. It features specialized laboratories for Surface Science and Solid State Chemistry, alongside comprehensive infrastructure for biological and engineering research. The campus is noted for its serene environment, which is conducive to intense theoretical and experimental pursuits.

Specialized Satellite Campuses

To accommodate its growing research needs, JNCASR has developed several satellite facilities:

• Sahyadri Campus: Located in Jakkur, this 1.2-acre campus houses apartments for post-doctoral researchers and a hostel for visiting students, facilitating a collaborative living-learning environment.

• Chamundi Campus (Chokkanahalli): This 10-acre site, located approximately 5 kilometers from the main campus, is designated as the primary academic hub, providing dedicated spaces for student activities and lecture sessions.

• Arkavati Campus (Shivanpura): A one-acre site adjacent to the Centre for Nano and Soft Matter (CeNS) where an Innovation Centre is currently under development to bolster translational and entrepreneurial activities.

• Off-Campus Units: Specific research in Chemical Biology and Condensed Matter Theory is carried out at the JVH unit located within the IISc campus, maintaining the institution's historical link with its parent environment.

Centralized Scientific Facilities

The Advanced Research Facility (ARF) serves as a common resource for high-end scientific instrumentation, supporting cutting-edge research across physics, chemistry, biology, and materials science. As of January 2025, the facility has undergone organizational consolidation, merging the School of Advanced Materials Research Facility (SRF) and the Biological Research Facility (BRF) to streamline operations.

Beyond on-campus facilities, JNCASR coordinates access to international large-scale infrastructures. This includes access to the PETRA III synchrotron facility at DESY, Germany, which offers world-class X-ray brilliance for materials imaging, and the Photon Factory at KEK, Japan, supported by the DST Nano Mission. These partnerships allow researchers to conduct experiments at molecular precision that are otherwise unachievable with laboratory-scale equipment.

Research Architecture: The Specialized Units

The research at JNCASR is inherently interdisciplinary, organized into functional units that focus on specific frontiers of knowledge while collaborating across traditional boundaries.

Chemistry and Physics of Materials Unit (CPMU)

As the oldest unit established at the Centre, CPMU focuses on the synthesis and characterization of advanced materials. Research interests include nanomaterials, nanodevices, solid-state inorganic chemistry, and porous materials. The unit explores phenomena such as the glass transition, active matter, and high-performance computing for materials design. Faculty members like Prof. Balasubramanian Sundaram and Prof. Giridhar U Kulkarni lead significant efforts in understanding the electronic and magnetic properties of systems at the nanoscale.

New Chemistry Unit (NCU)

NCU focuses on modern chemistry, emphasizing supramolecular chemistry, chemical biology, organocatalysis, and antimicrobial therapeutics. The unit is home to the Centre’s founder, Prof. C. N. R. Rao, and researchers like Prof. Sebastian C. Peter, who works on rare-earth materials and superconductors. NCU is also instrumental in the National Quantum Mission, developing quantum confinement physics and doped nanocrystals.

Engineering Mechanics Unit (EMU)

EMU bridges fundamental physics with practical engineering, covering fluid mechanics, heat transfer, the mechanics of granular matter, and nonlinear dynamics. Historically established by Prof. Roddam Narasimha, the unit maintains a strong emphasis on aerospace and defense applications. Its computational fluid dynamics (CFD) research has directly led to successful industrial spinoffs such as Sankhya Sutra Labs.

Molecular Biology and Genetics Unit (MBGU)

MBGU conducts frontline research in life sciences, including human genetics, virology, immunology, and developmental biology. A significant focus is placed on the biology of fungal pathogens and stem cell research, directed by faculty such as Prof. Maneesha S. Inamdar. The unit interfaces with health institutes like the National Centre for Biological Sciences (NCBS) and the National Institute of Mental Health and Neurosciences (NIMHANS) to translate biological findings into clinical applications.

Evolutionary and Organismal Biology Unit (EOBU)

EOBU investigates biological processes at the organismal level, specializing in animal behavior, population ecology, and life-history evolution. Research includes long-term field studies, such as the socioecology of Asian elephants, and laboratory experiments on circadian rhythms in various species. Prof. Amitabh Joshi and Prof. Mewa Singh have been central to the unit’s recognition as a leader in evolutionary genetics and primatology.

Theoretical Sciences Unit (TSU)

TSU provides the mathematical and computational framework for the Centre’s experimental efforts. Its researchers employ statistical physics, quantum mechanics, and mathematical physics to study condensed matter, disordered systems, and theoretical evolutionary biology. The unit acts as a bridge, utilizing density functional theory and many-body physics to gain fresh insights into materials and living systems.

Neuroscience Unit (NSU)

NSU focuses on the nervous system's function and development, exploring electrophysiology and the molecular basis of neurological diseases. Recently, the unit has been involved in setting up a Centre of Excellence for CRISPR Innovation to translate gene-editing research into therapeutic solutions.

Academic Programs and Pedagogical Philosophy

The academic mandate of JNCASR is to produce highly trained Ph.D. and Master's degree holders capable of leading global research initiatives. The Centre offers a range of research-focused degrees that emphasize mentorship and independent inquiry over traditional classroom instruction.

Doctoral and Research-Based Masters Degrees

The Centre currently hosts approximately 450 to 500 research students, with the majority enrolled in doctoral programs.

• Ph.D. Program: The primary degree, typically taking 4 to 5 years, requires a combination of coursework and original research. Students must pass an oral comprehensive examination after two years to demonstrate their readiness for advanced research.

• Integrated Ph.D. (Int. Ph.D.): A 6 to 7-year program for bachelor's degree holders, leading to both an M.S. and a Ph.D. degree. The M.S. component is usually completed within the first three years.

• M.S. (Engineering) / M.S. (Research): These 1.5 to 2-year programs are offered in specialized areas such as Materials Science and Evolutionary Biology.

• M.Sc. Programs: The Centre offers a 2-year M.Sc. in Chemistry (with specializations in Materials, Chemical Biology, or Energy) and an M.Sc. in Inter-disciplinary Biosciences.

Diplomas and Post-Graduate Training

Beyond degrees, the Centre offers specialized diplomas aimed at professional and technical development:

• Post Graduate Diploma in Materials Science (PGDMS): A 1-year intensive program focused on experimental and theoretical materials science.

• Post Graduate Diploma in Science Education (PGDSE): Designed for school teachers and educators to enhance their teaching methodologies in basic sciences.

Fellowship Support and Financial Norms

A hallmark of JNCASR’s academic model is the comprehensive financial support provided to every admitted student, ensuring that economic barriers do not hinder scientific pursuit.

The tuition fees are kept nominal, with current norms charging approximately ₹10,000 per annum for Ph.D. students and ₹5,000 to ₹7,000 for Master's programs, inclusive of hostel and medical charges.

Admission and Eligibility Framework

Admissions at JNCASR are conducted through a highly competitive process, typically involving a national-level entrance examination followed by a rigorous multi-stage interview.

Eligibility by Disciplinary Stream

Eligibility criteria are tailored to the specific needs of each Research Unit.

Candidates applying after a 4-year/8-semester bachelor's degree program are generally required to have a minimum of 75% marks in aggregate to be considered. For foreign nationals, the Centre offers an international student admission pathway requiring a detailed CV, recommendation letters, and a Skype interview, with strong encouragement for the GATE International examination.

Innovation, Incubation, and Translational Ecosystem

JNCASR has established a robust pipeline to transform scientific discoveries into real-world applications, managed primarily through the Technical Research Centre (TRC).

Technical Research Centre (TRC)

Established in 2016 with support from the Department of Science and Technology, the TRC acts as a multifaceted platform for the commercialization of technologies. It provides techno-legal and financial support for application-oriented projects, helping bridge the gap between "high-risk" laboratory research and market-ready products. Since its inception, TRC has supported approximately 30 projects and enabled over 20 patent grants.

Incubated Startups and Spinoffs

The institution has successfully spun off several deep-tech startups based on indigenous intellectual property.

• Sankhya Sutra Labs (SSL) Pvt. Ltd.: Founded in 2016, SSL is the only company of its kind in Asia specializing in high-end Computational Fluid Dynamics (CFD). It provides simulation solutions for complex problems in aerospace, defense, and precision engineering.

• HBAROMEGA Pvt. Ltd.: This startup leverages Light Beam Induced Photocurrent (LBIC) technology to identify defective or underperforming photovoltaic (PV) panels at an early stage, significantly improving the lifespan and energy payback of solar installations.

• Breathe Applied Sciences (BAS) Pvt. Ltd.: BAS focuses on carbon capture and utilization, converting carbon dioxide into methanol using novel catalysts developed at JNCASR. The team gained global recognition as the only Indian finalist in the $20 million Carbon XPrize competition.

• Agricultural Pest Management Spinoffs: JNCASR developed a low-cost pheromone-based method for managing rhinoceros beetles and red palm weevils in coconut plantations, which has been successfully licensed to two industrial partners.

Through its Intellectual Property (IP) Cell, the Centre has generated over 350 patents to date, reinforcing its role as a leader in translational research.

International Tie-ups and Global Reach

JNCASR’s scientific influence extends globally through formal collaborations, regional partnerships, and institutional Memorandums of Understanding (MoUs).

Regional and Strategic Roles

The Centre serves as the TWAS Central & South Asia Regional Partner (TWAS-CASAREP), facilitating scientific cooperation and networking across the region. Additionally, it is an active participant in the Gender Advancement for Transforming Institutions (GATI) initiative, which focuses on institutional transformation to achieve gender equity in science.

Global Academic Collaborations

JNCASR has signed several MoUs with international universities and research labs to promote student exchange and joint research projects.

Individual faculty members also maintain extensive collaborative networks, with recent projects including Sar-CoV-2 antiviral coatings with MIT and Harvard (USA) and antifungal studies with Purdue University (USA).

Employability and Placement Outcomes

While JNCASR is primarily a research institution rather than a conventional university, its graduates are highly valued in strategic sectors due to their specialized training in R&D.

Career Trajectories and Trends

JNCASR graduates typically secure roles in strategic research divisions, academia, or high-tech industries.

Placement Statistics and Top Recruiters

The institution reports a placement rate of 85-90% for those actively seeking professional roles.

• Median Salary: Domestic salary packages typically range between ₹12 LPA and ₹15 LPA, with researchers in nanotechnology and computational modeling commanding higher compensation. The highest reported package for specialized roles has reached ₹37 LPA.

• Government & Strategic Recruiters: ISRO, DRDO, and various National Research Laboratories.

• Private Sector Leaders: Biocon, Intel, Tata Steel, Airbus, Samsung, and General Electric (GE).

• Education & Tech: TCS Research, Infosys, and Azim Premji Foundation.

The PAIRs (Placement, Alumni and International Relations) office facilitates these transitions by connecting final-year students with industry partners, commercial publishers, and non-academic bodies.

Financial Sustainability and National Missions

The Jawaharlal Nehru Centre for Advanced Scientific Research is primarily funded by the Department of Science and Technology (DST). Its financial health is robust, enabling massive investment in cutting-edge infrastructure.

Financial Resource Management

According to the NIRF 2022 submitted data, the Centre utilized approximately ₹20.27 crores for new laboratory equipment in the 2020-21 academic year alone, with significant annual expenditure on library resources (₹61.5 lakhs) and engineering workshops. This heavy investment in capital assets is supplemented by research grants from national missions.

Participation in National Missions

JNCASR is a key node in several mission-mode projects that align with the Government of India’s strategic priorities:

• National Quantum Mission (NQM): The Centre participates in this ₹6003.65 crore mission to seed and scale up quantum technology R&D.

• MAHA-EV Mission: JNCASR is involved in the Mission for Advancement in High-Impact Areas focused on Electric Vehicles, promoting research in sustainable energy transition.

• Electric Vehicle Battery Research: A recent MoU with Dreamfly Innovations targets the development of advanced thermal materials to solve heat management issues in high-energy-density lithium-based aviation batteries.

Alumni Base and Scientific Legacy

The JNCASR alumni base consists of over 1,000 degree recipients who are spread across the global scientific community.

Distinguished Alumni and Honorary Fellows

The institution’s legacy is defined by the high-caliber individuals it has mentored or hosted.

• Honorary Fellows: A prestigious list including Bharat Ratna Prof. C. N. R. Rao, Shri N. R. Narayana Murthy (Infosys), Dr. Kiran Mazumdar-Shaw (Biocon), and former Prime Minister Dr. Manmohan Singh.

• Notable Alumni Success: Alumni like Tapas K. Kundu and Chandrabhas Narayana have become leaders in epigenetics and spectroscopy, respectively, winning the Shanti Swarup Bhatnagar Prize. Other alumni, such as Sagar Mitra (IIT Bombay), have become innovators in battery technology for electric vehicles.

The alumni engage with the Centre through the PAIRs office, providing mentorship to current students and reuniting through dedicated alumni communities in various geographical areas.

Outreach and Educational Extension

JNCASR views science outreach as a core duty, aiming to nurture young talent across India, including less-privileged regions.

Flagship Outreach Programs

• Summer Research Fellowship Programme (SRFP): Initiated in 1991, this program has run for over 32 years, hosting some of the brightest undergraduates to work in JNCASR labs during their summer breaks.

• Project-Oriented Education (POCE/POBE): These programs in Chemistry and Biology select ten meritorious students each year to undergo intensive training over three consecutive summers.

• Graduate Research Internship Programme (GRIP): Launched in 2021, GRIP provides final-year B.E./B.Tech/M.Sc. students the opportunity to take up long-term research projects as part of their curriculum.

• Educational Technology Unit (ETU): The ETU develops multimedia CD-ROMs and science content in vernacular languages to popularize science among school students and teachers.

Student Life and Campus Culture

Despite the rigorous focus on research, JNCASR offers a vibrant student life focused on the Student Residence (SR) or Hostel.

• Residential Facilities: The campus offers single-room accommodations and some apartments, equipped with Wi-Fi, laundry, and kitchenettes. The hostel is described as a "stone's throw" from the research labs, emphasizing a culture where research and living are seamlessly integrated.

• Social & Cultural Engagement: "Welcome Hostel Day" is the main cultural festival held in February. The campus also celebrates various national festivals like Diwali, Onam, and Ugadi.

• Health & Recreation: The campus includes the "Dhanvantari" health center, a gym, and facilities for badminton, table tennis, basketball, and football. A "Students Utility Store" caters to hunger pangs and emergencies well past midnight, reflecting the late-night research culture of the Centre.

Institutional Recognition and Performance Analysis

JNCASR’s excellence is quantified by its consistent high performance in national and international rankings.

The Centre produces approximately 330 scientific publications annually, many of which appear in high-impact journals, a testament to its research productivity.

Future Outlook and Strategic Frontiers

As JNCASR enters its fourth decade, it is strategically focusing on emerging sectors like quantum computing, sustainable energy, and translational genomics. The establishment of the Arkavati Campus Innovation Centre and the CoE for CRISPR Innovation signals a significant pivot toward creating an ecosystem where fundamental breakthroughs are rapidly translated into social and economic assets. By participating in national missions such as the National Quantum Mission and MAHA-EV, JNCASR ensures its continued relevance as a strategic asset to the nation's scientific sovereignty and technological independence.

The Jawaharlal Nehru Centre for Advanced Scientific Research exemplifies the model of an elite, research-intensive institution that maintains a dual focus on fundamental excellence and translational utility. Its decentralized unit-based structure, combined with state-of-the-art centralized facilities and a highly competitive admission process, has created a fertile ground for scientific breakthroughs. While its primary mission remains the production of world-class Ph.D. and Master's graduates, its evolving role as an incubator for deep-tech startups and a hub for national missions positions it at the forefront of India’s scientific future. The sustained high median salary and placement rates of its graduates further validate the Centre's pedagogical success in aligning advanced research training with the demands of both academia and high-tech industry.

FAQ’s

1. What is the Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR)?

JNCASR is a multidisciplinary research institute in Bengaluru, established in 1989 as an autonomous institution under the Department of Science and Technology (DST).

2. Where is the institution located?

The main campus is located in Jakkur, north of Bengaluru, Karnataka.

3. Is JNCASR a recognized university?

Yes, it was recognized as an "Institution Deemed to be University" by the University Grants Commission (UGC) in 2002.

4. Who was the founding President of the Centre?

The founding President was Prof. C. N. R. Rao, FRS.

5. Is JNCASR related to Jawaharlal Nehru University (JNU), New Delhi?

No, JNCASR and JNU are independent entities with no institutional relation to each other.

6. What are the primary academic programs offered?

The Centre offers Ph.D., Integrated Ph.D., M.S. (Engineering), M.S. (Research), M.Sc. in Chemistry, M.Sc. in Inter-disciplinary Biosciences, and Post Graduate Diplomas.

7. How long does it typically take to complete a Ph.D. at JNCASR?

While it can theoretically be completed in three years, it usually takes between 4 to 5 years on average.

8. What is the Integrated Ph.D. program?

It is a 6 to 7-year program for bachelor's degree holders that leads to both an M.S. and a Ph.D. degree.

9. Can students receive an M.S. degree while pursuing an Integrated Ph.D.?

Yes, students in the Integrated Ph.D. program typically receive an M.S. degree after three years of study.

10. What is the duration of the M.Sc. programs?

The M.Sc. in Chemistry and Inter-disciplinary Biosciences are 2-year programs.

11. What are the specialized diplomas offered?

JNCASR offers a Post Graduate Diploma in Materials Science (PGDMS) and a Post Graduate Diploma in Science Education (PGDSE).

12. What is the faculty-to-student ratio at the Centre?

The Centre maintains a faculty-to-student ratio of approximately 1:4.

13. How many research students are currently at JNCASR?

There are approximately 450 to 500 research students registered in various academic programs.

14. Are degrees awarded directly by JNCASR?

Yes, as a Deemed to be University, JNCASR awards degrees directly to its students.

15. What is the NAAC accreditation status of JNCASR?

JNCASR has been accredited with a NAAC A++ grade, scoring 3.76 out of 4 points.

16. What is the basic eligibility for the Ph.D. program?

Candidates must have a Master's degree with at least 55% marks, or a 4-year Bachelor’s degree with a minimum of 75% marks in aggregate.

17. Which national entrance exams are mandatory for admission?

Applicants must typically qualify in exams such as GATE, JEST, JAM, GPAT, or a Junior Research Fellowship (JRF) from CSIR-UGC, ICMR, DBT, or INSPIRE.

18. What is the selection procedure for research programs?

Shortlisted candidates based on national exam scores and academic performance are invited for an in-person interview.

19. Does JNCASR conduct mid-year admissions?

Yes, certain programs consider admitting students halfway through the year for the January semester.

20. What is the eligibility for the M.Sc. Chemistry program?

A bachelor's degree in any branch of Science with Chemistry as a major subject and 55% marks is required, along with a valid JAM score or success in the JNCASR entrance test.

21. Are international students eligible for admission?

Yes, foreign nationals can apply for a full-time Ph.D. program; they may be interviewed via Skype or in person.

22. Is there an application fee for Indian students?

The application fee is typically ₹500  or ₹1,000, depending on the admission cycle and program.

23. Can final-year students apply for admission?

Yes, students in their final semester/year can apply if they expect to complete all degree requirements before the admission session commences.

24. What is the eligibility for the Post Graduate Diploma in Materials Science (PGDMS)?

Candidates who have completed an M.Sc. in any branch of Science are eligible to apply.

25. Do students receive financial support during their studies?

Yes, all admitted students receive fellowships or scholarships that cover tuition and living expenses.

26. What is the monthly fellowship amount for Ph.D. students?

Junior Research Fellows (JRF) receive ₹37,000 per month for the first two years, and Senior Research Fellows (SRF) receive ₹42,000 per month for the next three years.

27. What is the fellowship structure for Integrated Ph.D. students?

Students receive ₹19,000 monthly for the first two years, ₹37,000 for the third and fourth years, and ₹42,000 for the final years.

28. Is there a travel grant for students to attend conferences?

Yes, a grant of up to ₹1,00,000 is provided to students to attend national and international conferences.

29. What are the tuition fees for Ph.D. programs?

Current norms specify a tuition fee of approximately ₹10,000 to ₹15,000 per annum for Ph.D. students.

30. How is research organized at JNCASR?

Research is conducted through specialized "Units," which function as small departments divided by primary research focus.

31. What is CPMU?

CPMU stands for the Chemistry and Physics of Materials Unit, which was the first unit established at the Centre.

32. What is the Engineering Mechanics Unit (EMU)?

EMU focuses on fluid mechanics, heat transfer, and nonlinear dynamics.

33. What does the EOBU specialize in?

The Evolutionary and Organismal Biology Unit focuses on animal behavior, life-history evolution, and population ecology.

34. What research is conducted in the Molecular Biology and Genetics Unit (MBGU)?

MBGU focuses on human genetics, virology, immunology, stem cell research, and developmental biology.

35. What is the Theoretical Sciences Unit (TSU)?

TSU interfaces chemistry and biology through computational and theoretical modeling, statistical mechanics, and many-body physics.

36. How many campuses does JNCASR operate?

JNCASR has four primary campuses: Jakkur (Main), Sahyadri, Chamundi (Academic hub), and Arkavati.

37. What is the Advanced Research Facility (ARF)?

ARF hosts state-of-the-art instruments supporting research in physics, chemistry, biology, and materials science.

38. Does JNCASR have supercomputing facilities?

Yes, the Centre hosts infrastructure for the National Supercomputing Mission (NSM) to provide high-performance computing.

39. Can researchers access international synchrotron facilities?

Yes, JNCASR provides access to the PETRA III facility at DESY, Germany, and the Photon Factory at KEK, Japan.

40. Are there on-campus medical facilities?

The campus features a health center known as "Dhanvantari" for the community's medical support.

41. What is the placement rate for JNCASR graduates?

The institution reports a placement rate of approximately 85-90% for its graduates.

42. What is the median salary package for students?

The median salary for domestic roles typically ranges between ₹12 LPA and ₹15 LPA.

43. Who are the top recruiters for JNCASR graduates?

Major recruiters include ISRO, DRDO, Biocon, Intel, Samsung, Tata Steel, and General Electric (GE).

44. What percentage of graduates enter academia?

Approximately 40-45% of graduates join universities or research institutes as faculty members.

45. What is the Technical Research Centre (TRC)?

Established in 2016, the TRC is a hub for translating laboratory research into commercial products and processes.

46. Name some successful startups from JNCASR.

Startups include Sankhya Sutra Labs (Computational Fluid Dynamics), HBAROMEGA (Photovoltaics), and Breathe Applied Sciences (Carbon capture).

47. How many patents has JNCASR generated?

Since its inception, the Centre has generated over 350 national and international patents.

48. What is the Summer Research Fellowship Programme (SRFP)?

SRFP is a flagship outreach initiative that hosts bright undergraduates from across India to conduct research in JNCASR labs during summer.

49. What are POBE and POCE?

These are project-oriented programs in Biology and Chemistry, respectively, where ten meritorious students are selected annually for extended summer training.

50. Does JNCASR offer sports and recreational facilities?

Yes, the campus provides a gym, badminton and football courts, and indoor games like table tennis, chess, and carrom.