Why an Industrial Visit for MCA Students Matters: Inside D-Link's Goa Networking Plant with Parul University

Most students study computer networks as diagrams. Routers, switches, and structured cabling appear as boxes and lines on a whiteboard, disconnected from the machines that actually move data. An industrial visit for MCA students exists to close that gap, and it works only when the destination is a working industry site rather than a marketing tour. On 14 July 2026, MCA Semester III students of the Parul College of Engineering, IT and Computer Science at Parul University Goa visited D-Link (India) Limited at the Verna Industrial Estate,, a site that happens to be one of the more instructive stops available anywhere in the state.

The reason this particular visit carries weight has nothing to do with distance travelled. D-Link (India) Limited is a publicly listed networking company, traded on Indian stock exchanges, and its registered office and manufacturing operations sit at Plot U02B, Verna Industrial Estate, Salcette, Goa. This is not a regional sales office. The Verna facility has historically run surface-mount technology production lines and exported networking hardware, making Goa a manufacturing base for a company whose products sit inside enterprise networks, data centres, and home broadband setups across the country.

For a student weighing computer science colleges in Goa, that fact reframes the location entirely. A globally recognised networking brand is not a place students fly to for a fest. It is a working plant a short drive from campus, run by professionals who design, test, and support the exact category of hardware those students study. Local industry access of this kind is uncommon, and it is precisely what an industrial visit is supposed to provide.

Explore the MCA programme at Parul University Goa and how its curriculum maps to networking, cloud, and enterprise IT roles.

The visit ran from 11:30 am to 12:30 pm, a focused window built around demonstration and interaction rather than a passive walkthrough. D-Link's technical team took the students through networking devices and their applications in real communication systems, and the discussion moved through several concrete areas:

- Routers and Ethernet switches, and how they direct traffic inside enterprise networks
- Structured cabling components, the physical layer that most classroom teaching skips over
- Wireless networking technologies used in modern digital environments
- Applications across enterprise networks, cloud infrastructure, and connected smart-device setups

What separated this from a lecture was the interaction. Students questioned the D-Link professionals directly on networking technologies, cybersecurity, industrial automation, certifications, and the emerging trends shaping the field. That behaviour is the point. A student who asks how a concept from a textbook plays out on a live enterprise network is already thinking like a working professional rather than an exam candidate, which is the mindset a technical degree is meant to build.

Two D-Link professionals anchored the interaction, and both hold roles that matter for students trying to understand career pathways in the networking industry:

• Mr. Dilesh Acharya, Associate Vice President, offering a view from the senior operational and strategic side of a listed networking company
• Mr. Aditya Velingkar, Support Manager, closer to the day-to-day technical support and client-facing engineering that many IT graduates enter first

Hearing from both an AVP and a support manager gives students two honest reference points on the same industry: where careers can reach, and where they usually begin. That range is more useful to a Semester III student than any single polished pitch would be.

Related reading on the wider Parul University technology ecosystem: the Cisco Networking and Cyber Security Lab and the AWS CloudVerse cloud computing programme, both of which extend the same networking-to-cloud pathway on campus.

A single hour at one plant would mean little in isolation. It matters because it sits inside a structured programme. Across Parul University, practical learning tours and industrial visits are run at scale, with 146 tours conducted across 19 cities and more than 280 companies, and over 2,200 recruiters engaging with the institution. The D-Link visit is one node in that network, not a one-off event staged for a report.

This is the answer to a fair question a parent or student might ask: does one visit help, or is it a token exercise? The honest answer is that one visit helps most when it is repeated, varied, and tied to the curriculum, which is how industry exposure is structured here rather than left to chance. Students across the MCA cohort move through different industry environments over their programme, so the D-Link session is representative of an ongoing pattern rather than a highlight reel.

For prospective students comparing MCA colleges in Goa or broader IT companies in Goa as career context, the practical question is simple. Which programmes put students in front of real networking hardware and the professionals who build and support it, and which only teach the diagrams? A degree that treats an industrial visit for MCA students as a curriculum requirement, at a site as substantial as a listed networking manufacturer, is answering that question through action.

The Parul College of Engineering, IT and Computer Science at Parul University Goa runs the MCA programme alongside computer science and information technology degrees, all within the wider Parul University system that holds NAAC A++ accreditation at a 3.55 CGPA and operates campuses in Vadodara, Ahmedabad, Rajkot, and Goa. The Goa campus advantage is location-specific: proximity to genuine technology industry, including one of the country's recognised networking companies, at Verna.

Explore the BCA and B.Tech IT and computer science programmes at Parul University Goa that share the same industry-visit structure.

The visit was built against clear objectives rather than assembled after the fact. The intent was to give students a working understanding of networking products and testing processes, familiarise them with industry standards and quality procedures, connect networking theory to enterprise practice, expose them to emerging research and innovation in digital communication, and strengthen awareness of careers in networking and IT infrastructure.

The session also mapped to four United Nations Sustainable Development Goals: SDG 4 on quality education through experiential learning, SDG 8 on decent work and economic growth through career exposure, SDG 9 on industry, innovation and infrastructure through modern networking technology, and SDG 12 on responsible consumption and production through the quality and manufacturing practices students observed.

The visit was coordinated by faculty of the Parul College of Engineering, IT and Computer Science: 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 intent plainly: industry exposure of this kind is not an add-on to a technical degree, it is part of how the degree is meant to be taught.