Education why

Why open? The bigger picture¶

Skip this section if you are already convinced and want to act. Come back to it when you need to make the case to a dean, a funding committee, or a sceptical colleague.

1. Real cost savings that can be redirected elsewhere¶

Software licensing is a recurring, compressible cost. Kerala's state government saved Rs 3,000 crore by migrating over 2 lakh school computers to a custom Linux distribution.^[3] That is not a technology story; it is a budget story.

Engineering colleges in India pay for licences to simulation, design, and office software year after year. Many of those licences cover tools for which mature, actively maintained open source alternatives exist, and those tools are used in industry and research globally. A one-time audit of what your institution pays for, and what it could replace, often makes the financial case for leadership without any further argument.

On the administration side, a mid-size institution running SAP Business One for campus management might pay Rs 8 to 75 lakhs for software licences alone, before implementation.^[4] ERPNext, an open source ERP built in India by Frappe (one of FOSS United's founding partners), covers the same ground with zero licence fees. Hosting on Frappe Cloud starts at Rs 410 per month for a shared instance. Frappe offers discounts for educational institutions and non-profits. The total cost difference over five years is significant enough to fund a program manager and a server room upgrade.

2. What happens when your graduates go looking for work¶

According to the Linux Foundation's annual jobs report, 93% of hiring managers say open source talent is increasingly difficult to find.^[11] Linux skills are sought by 61% of hiring managers. Cloud and container skills, which are almost entirely open source, top the demand list.

Industry is not looking for graduates who know a specific vendor's interface. It is looking for people who understand systems, can navigate codebases they did not write, and know how to contribute to collaborative projects. An engineering curriculum built around open source tools and practices produces graduates who fit that description.

If you want a direct, honest account of what the industry expects from college students coming in, read Frappe engineering team's advice for college students. It is blunt and worth sharing with students.

3. Alignment with national policy and the institutions that fund you¶

The Government of India's 2015 Policy on Adoption of Open Source Software makes OSS the preferred option for all central government e-governance systems. NEP 2020 explicitly calls for EdTech tools to be hosted on open source development platforms. AICTE-affiliated institutions that document open source curriculum integration are already aligned with the direction of national technical education policy.

NPTEL, run by the seven IITs, has built the country's most-used engineering education resource entirely on the principle that knowledge produced by institutions should be shared openly. More than 469 million YouTube views later, the model speaks for itself.^[5]

4. Research that gets read, cited, and built upon¶

A large-scale study of 3.3 million papers found that open access papers receive, on average, 50% more citations than paywalled equivalents.^[12] Citations to open access papers also come from a wider range of institutions and countries. For engineering faculty in India, whose work often touches infrastructure, manufacturing, climate, and health. The problems they work on are shared across the developing world, and the argument for open publication is not ideological; it is practical.

5. Institutional credibility and industry partnerships¶

Institutions known for open source activity attract a different kind of attention. Industry partners who build on open source, and that is most of the Indian tech sector, whether they acknowledge it or not, are more likely to sponsor labs, offer projects, and hire from institutions whose graduates understand the ecosystem.

Note: This section focuses on what moves decisions inside institutions. The arguments around digital sovereignty, the global knowledge commons, and India's disproportionately small open source contribution relative to its developer population are real and important, but they tend to matter more to people who are already interested. The five points above are the ones that tend to open doors.