Inside NCPOR, India's Polar Research Nodal Agency in Goa: What an NCPOR Industrial Visit Teaches Computer Science and BCA Students About Data Science in Real Research

For most students, data science lives in assignments. Datasets are downloaded, models are trained, and the exercise ends when the marks are in. An NCPOR industrial visit exists to break that loop by placing computer science and BCA students inside a working national research institution, where the same skills are used to study ice sheets, ocean systems, and climate change at a continental scale. On 17 July 2026, BTech and BCA Semester III students of the Parul College of Engineering, IT and Computer Science at Parul University Goa visited the National Centre for Polar and Ocean Research at Headland Sada, Vasco-da-Gama, an institution most students in the country will only ever read about.

The National Centre for Polar and Ocean Research is an autonomous research and development institution under the Ministry of Earth Sciences, Government of India, established in 1998 and headquartered in Vasco-da-Gama, Goa. It is the nodal agency for India's Antarctic Programme, and it operates the country's permanent research stations: Maitri and Bharati in Antarctica, Himadri in the Arctic at Ny-Ålesund, Svalbard, and the Himansh station for glaciology in the Himalayas. Indian expeditions to the polar regions are planned, staffed, and executed from this campus in Goa. In 2026, the 45th Indian Scientific Expedition to Antarctica concluded its summer component.

For students who wish to study BTech and BCA in Goa, the context gets a new wave due to the location. A premier national research institution, one that coordinates expeditions to Antarctica and the Arctic, is not a distant abstraction. It is a working research campus a short distance from Parul University, Goa. Proximity of this kind is what makes a research-orientated industrial visit possible in the first place, and it is uncommon.

Related reading in the same Goa cluster: Why an industrial visit for MCA students matters, inside D-Link's Goa networking plant, the industry counterpart to this research-focused visit

The value of this visit for a computing student is specific, and it is not about polar geography. It is about infrastructure. The infra is built in a way that large-scale scientific research can be operated on computing, data management, and IT systems, and NCPOR is built on exactly that stack.

The visit was planned to make students understand how data acquisition, remote sensing and analytical tools are used in earth system studies and how IT infrastructure works from one station to miles away.

Students saw how the pieces connect:

• • Satellite data and remote sensing feeding models of climate patterns and ocean behaviour
• • Computational tools applied to ice sheet dynamics and sea ice studies
• • Data centres and instrumentation that collect, store, and process polar and ocean datasets
• • Laboratories where raw expedition data becomes analysed scientific output

This is the bridge that classroom teaching rarely builds. A BCA or BTech student who understands that remote sensing pipelines, data management systems, and scientific computing are the backbone of climate research is looking at a career category most of their peers never consider. That is the difference between studying data science as a subject and seeing it as an instrument of discovery.

Explore the BTech Computer Science and Data Science programmes at Parul University Goa that map directly to scientific computing and analytics roles.

The interaction was anchored by Dr. Juhi Yadav, Project Scientist at NCPOR, who explained the research infrastructure and facilities at the Centre, including its laboratories, data centres, and the instrumentation used for polar and ocean data collection and analysis. Under her guidance, students moved from a general briefing on NCPOR's mandate to a concrete understanding of how satellite data, remote sensing, and computational tools are turned into research on climate and ice.

Hearing a working project scientist describe the day-to-day reality of research computing does something a lecture cannot. It shows students that the field they are training for has a place inside national science, not only inside the corporate IT roles they usually hear about. NCPOR itself sits within a lineage of Indian polar science led by scientists such as its founding director Dr. Prem Chand Pandey and its current director Dr Thamban Meloth, and the Centre is recognised as a doctoral research centre by the Universities of Goa and Mangalore, a detail that matters for any student weighing research as a long-term path.

A single hour inside one institution is meaningful only when it is part of a structure. Across Parul University, practical learning tours and industrial visits run at scale, with 146 tours conducted across 19 cities and more than 280 companies and institutions. The NCPOR visit is one node in that system, paired at the Goa campus with industry visits such as the session at D-Link's Verna networking plant. Together they give students two distinct reference points: one inside the enterprise industry and one inside national scientific research.

This answers a reasonable question from a prospective student or parent. Does one visit change anything? On its own, little. As part of a repeated, curriculum-linked programme that alternates between industry and research environments, it changes how students understand the range of careers open to them. A computer science degree at Parul University, Goa, is taught with the assumption that graduates might build enterprise networks or might build the data systems behind a climate expedition, and students are shown both.

For anyone searching data science careers in research or scientific computing careers, the practical question is where these paths actually exist. They exist inside institutions like NCPOR, where satellite data, remote sensing, and high-volume datasets require exactly the skills a BTech or BCA student is building. Exposure to that environment early, in Semester III, gives students time to shape electives, projects, and internships toward it.

The Parul College of Engineering, IT and Computer Science at Parul University Goa runs BTech and BCA programmes within the wider Parul University system, which holds NAAC A++ accreditation at a 3.55 CGPA and operates campuses in Vadodara, Ahmedabad, Rajkot, and Goa. The Goa campus advantage here is concrete: direct access to a Government of India research institution of national standing, on the same coastline.

Explore BCA programme at Parul University Goa and how its curriculum connects to data analysis, computing, and research careers.

The visit had clear aims. Students were there to understand NCPOR's work in polar science, glaciology, and ocean and climate research, and to see how computing and data management hold up science on that scale. Some of it was practical: how data acquisition and remote sensing actually feed into earth system studies. The rest was exposure, to the research infrastructure of a premier national institution and to the careers that run through scientific computing, data science, and the earth sciences.

The day touches five of the United Nations Sustainable Development Goals. The experiential learning is SDG 4, quality education. The research career exposure is SDG 8, decent work and economic growth. The advanced research systems the students saw sit under SDG 9, industry, innovation and infrastructure. The polar and ocean climate research is SDG 13, climate action, and the marine and ocean ecosystem studies fall under SDG 14, life below water.

Faculty from the Parul College of Engineering, IT and Computer Science coordinated the visit: Ms Ankita Falldessai as Faculty Coordinator, with Mr Jatin Kumar and Dr Farha Masroor as Co-coordinators. Dr Anuradha Pillai, Dean of the college, frames the purpose directly. A national research institution is not a supplement to a computing degree, she argues; it is part of showing students the full range of what their skills can build.