Industry2026-10-31·6 min read

Jamia Millia's Online Exam Shift: What Universities Learn When Campuses Close

When Jamia Millia Islamia moved odd-semester exams online amid student protests in October 2026, it exposed a question every Indian university must now answer: can your examination cycle survive without physical campus access?

The October Order at Jamia

On October 28, 2026, Jamia Millia Islamia (JMI) issued an administrative order extending online-mode classes until November 24 and shifting all odd-semester theory examinations to virtual delivery. Practical examinations were rescheduled for November 25 to 30, with theory papers running from December 1 to 24, entirely online.

The decision came on the eighteenth day of an indefinite hunger strike by Ebin Basil, a third-year law student who had been protesting since October 12 for the restoration of the university's Students' Union, suspended for over twenty years. A proposed settlement on October 26, in which the administration agreed to hold elections within fifteen days of a constitution being approved, collapsed when students objected that no timeline was given for approving the constitution itself.

The campus was closed, students in university accommodation were asked to vacate, and the administration characterised the online shift as a security measure. Students pushed back, arguing that the move to online examinations coinciding with a protest amounted to institutional pressure rather than logistical necessity.

Whatever the politics of the specific dispute, the episode surfaces a question that applies to every Indian university: if your campus becomes physically inaccessible, with little or no notice, can your examination cycle continue?

Digital Infrastructure as Continuity Planning

India's universities have tested this question before. The COVID-19 pandemic was the most thorough stress test that Indian higher education has faced in modern times. Universities that had already invested in online examination delivery, digitized answer book workflows, and evaluator-accessible marking systems were able to complete academic calendars with considerably less disruption than institutions that had not.

JMI's ability to shift odd-semester theory exams online in a short window reflects a minimum level of digital readiness. The university maintains an examination infrastructure that can accommodate the transition, at least for theory components. Practical examinations, by their nature, require physical presence and are scheduled separately.

This practical/theory split is the baseline distinction that matters for institutional continuity planning:

Components that can move entirely online:

Theory papers, administered through a secure examination portal

Open-book evaluations

Online viva assessments using video conference with remote proctoring

Continuous assessment tasks: quizzes, assignments, project submissions

Components that require physical presence:

Laboratory practicals and clinical assessments

Studio critiques and performance examinations

Physical education and skill-based components

Standardised patient examinations in medical programmes

A university's resilience to disruption depends in large part on what fraction of its examination calendar falls into the first category, and whether that category is supported by robust digital infrastructure.

The Evaluator Side: What Online Delivery Does Not Automatically Solve

Shifting examinations to online delivery resolves one half of the continuity problem: how students submit their answers. It does not automatically resolve the evaluation pipeline.

If a university moves theory papers to an online portal but still depends on physical answer books for evaluation, the delivery gains nothing in terms of result timelines. The answer scripts must still be printed, dispatched to evaluators, physically marked, and returned.

Genuine digital examination continuity requires that the evaluation pipeline is digital end to end:

Answer responses are submitted digitally or scanned immediately after collection

Evaluators access assigned answer content through a secure web interface

Marks are entered, validated, and compiled within the same digital system

Results are processed and published without physical intermediary steps

Universities that have invested in on-screen evaluation systems gain a structural advantage in any disruption scenario. When campus access is restricted, evaluators do not need to travel to a physical evaluation centre. They access their assigned answer books remotely, mark them, and submit scores within the same secure platform, from wherever they are.

The result: evaluation continues even when the campus is closed.

The Equity Dimension

The JMI 2026 situation reactivates a debate that the university went through in 2020, when students protested proctored online examinations and the university ultimately switched to open-book exams as a compromise. The core concern in 2020 was equity: students who lacked personal devices, stable home internet, or a quiet study environment were disadvantaged relative to those who had all three.

That concern has not disappeared in 2026. India's university student population includes a substantial proportion of students who rely on campus infrastructure, including computer labs, library access, and hostel study rooms, to function academically. When online examinations are imposed in conditions that simultaneously remove campus access, the practical burden falls disproportionately on these students.

This is a design question that digital examination infrastructure must address directly:

Offline capability: can the examination platform function without continuous internet connectivity, caching questions locally and syncing responses when connection is restored?

Device access provisions: does the university maintain a pool of devices that can be distributed to students who lack personal equipment?

Accessibility testing protocols: has the platform been tested across low-bandwidth environments, not only campus-grade fibre?

A university that addresses only the delivery side of digital examination, providing an online portal that assumes students have reliable home broadband and a personal device, will generate a new set of grievances even as it solves the physical-access problem.

What the JMI Episode Reveals About Institutional Readiness

The shift to online mode at JMI was administratively possible, but it was also contested and carried equity risks. The university's experience is instructive in a different way from a planned digital transition: it shows what it looks like to activate online examination capability under pressure, with little lead time.

Three observations emerge:

First, the decision to shift exams online was reactive rather than structured. An institution with a well-designed digital examination strategy would have pre-determined protocols for online mode activation, including thresholds for when it applies, how students are notified, and what support is available for students who cannot access online exams from home. A reactive decision under crisis conditions is less likely to have those elements.

Second, the separation of theory and practical components reflects the technical reality of current digital examination platforms. No institution should expect to move its entire examination calendar online on short notice. A realistic continuity plan identifies which components can shift, which cannot, and what the minimum viable academic calendar looks like if only the shiftable components are delivered.

Third, the public contestation of the decision demonstrates that online examination mode carries institutional legitimacy questions that on-campus examinations do not. An online examination imposed during a protest or crisis will always carry a perception of coercion, even when the intent is purely logistical. Universities that normalise online examination delivery in non-crisis conditions, making it a standard option across the academic year, reduce the perception problem considerably.

A Planning Framework for Examination Controllers

The JMI episode, alongside the COVID experience and numerous other campus disruptions across Indian higher education in recent years, points toward a practical planning framework for examination controllers:

Map your examination calendar by physical-dependency level. Categorise every examination component as fully portable (can be conducted entirely online), hybrid (some components require physical access), or fixed (fully dependent on physical campus access).

Build the digital infrastructure for the portable tier first. A secure examination portal, on-screen evaluation access for evaluators, and a result-processing backend for the theory component alone provides meaningful continuity for most university examination calendars.

Establish offline capability in your delivery platform. Examinations conducted through a browser-only portal with no offline mode will fail unpredictably in low-bandwidth or disrupted-connectivity scenarios. Offline support is non-negotiable for reliable delivery.

Train evaluators for remote marking before a crisis forces it. Evaluators who have never marked answer books through a web interface will not perform reliably if they are asked to do it for the first time under pressure. Remote evaluation should be part of standard evaluator onboarding, not a crisis response.

Pre-design student support provisions for online mode. A device lending programme, a low-bandwidth version of the examination portal, and a clear escalation path for connectivity failures should be defined and communicated before they are needed.

Conclusion

Jamia Millia Islamia's shift to online examinations in October 2026 is, at its core, a story about a governance dispute that has run for two decades. But it is also, incidentally, a test of what digital examination infrastructure enables a university to do when normal operations are disrupted.

The universities that will handle the next disruption, from protest, natural disaster, public health emergency, or any other cause, with the least academic loss are those that have built evaluation pipelines that do not require everyone to be in the same building at the same time.

Building that infrastructure is a decision that must be made before the disruption arrives. After it arrives, the decision has already been made.