Maintaining and Enhancing the Infrastructure of University Libraries

A university library is not just a collection of books on shelves. It is a physical and digital ecosystem that has to serve thousands of students, researchers, and faculty members every single day. As enrolment grows and learning becomes more digital, the building, the equipment, and the upkeep behind the scenes all decide whether a library remains useful or slowly falls into disuse. Strong infrastructure and disciplined maintenance are what keep a university library functional, safe, and relevant for years to come.

Designing functional library spaces 🔗

The building is the foundation of every other library service. A poorly planned structure restricts seating, blocks expansion, and frustrates users no matter how good the collection is. This is why functional design has always been treated as the first step in setting up or upgrading a university library.

In India, the University Grants Commission has historically funded library buildings, equipment, and furniture in colleges and universities, treating the library as central to academic quality. Funding alone is not enough, though. The design has to follow accepted standards so that the space actually works for the people using it.

Standards that guide library design 🔗

The Bureau of Indian Standards developed IS 1553, a code of practice covering the primary elements in the design of library buildings. It recommends details such as room types, sizes, and reading-room capacity. A widely cited UGC norm suggests that a university central library should provide reading space for roughly one-fifth of the total student strength at any given time. These benchmarks help planners avoid guesswork and design for real demand rather than rough estimates.

Dr. S. R. Ranganathan, who chaired the first Documentation Sectional Committee of the standards body, gave early priority to buildings, furniture, and fittings. His principle that a “library is a growing organism” still shapes how spaces are designed today. A building must allow for future expansion of both collections and users, because a library that cannot grow becomes obsolete quickly.

Key features of a well-designed building 🔗

Several features separate a usable library building from a difficult one. The following elements matter most:

• Modularity: Open, column-free floor plans let shelving, seating, and service points be rearranged as needs change.
• Adequate lighting and ventilation: Natural light and proper air circulation protect both readers and books, and reduce running costs.
• Accessibility: Ramps, lifts, and clear signage make the library usable for everyone, including students with disabilities.
• Flexible zones: Quiet study areas, group discussion rooms, and digital workstations each need their own space within the same building.
• Safety provisions: Fire exits, extinguishers, and load-bearing floors for heavy stacks are essential, not optional.

Technology integration in libraries 🔗

A university library today is judged as much by its technology as by its print collection. Students expect to search a catalogue online, access journals from their hostel rooms, and borrow books without long queues. Meeting these expectations requires deliberate investment in computers, networking, and digital tools.

Automation and integrated library systems 🔗

The core of library technology is the Integrated Library Management System, which handles cataloguing, circulation, acquisition, and reporting from one platform. INFLIBNET developed SOUL (Software for University Libraries) specifically for Indian university libraries, giving them a unified system to manage collections and track usage patterns. Automation reduces manual errors, speeds up routine tasks, and frees staff to focus on user services.

RFID and self-service circulation 🔗

Radio Frequency Identification has become a popular upgrade in larger university libraries. RFID tags allow books to be issued, returned, and tracked without line-of-sight scanning, and the system interfaces with library software through protocols like SIP2 and NCIP. The same tags double as a security measure at exit gates, helping prevent theft. SOUL 2.0 even ships with a built-in RFID server, which lowers the cost of adoption for universities already using it.

Networking and shared digital resources 🔗

No single library can afford every journal or database. This is where networking changes the picture. INFLIBNET runs a high-speed data network that connects university libraries across the country, letting them share e-books, journals, and databases. Through consortia such as e-ShodhSindhu and N-LIST, institutions gain access to thousands of scholarly resources at a fraction of the individual subscription cost. This pooling is especially valuable for libraries in smaller or remote universities.

Digitization and institutional repositories 🔗

Digitization tools, including high-resolution scanners and document-management software, let libraries convert theses, rare books, and question papers into searchable digital files. The best-known example is Shodhganga, a national repository of Indian theses and dissertations maintained by the INFLIBNET Centre, which hosts full-text research from hundreds of universities. Building an institutional repository preserves a university’s intellectual output and makes it visible to researchers worldwide.

Regular maintenance of collections and infrastructure 🔗

Good buildings and modern technology mean little without consistent maintenance. Collections decay, equipment fails, and records drift out of date if no one attends to them. Maintenance is the quiet, ongoing work that keeps everything reliable. A clear schedule, covering both the physical collection and the building, is the practical backbone of library upkeep.

Preventive conservation and cleaning 🔗

Books are made of organic materials that attract dust, moisture, and pests. Routine dusting, cleaning, controlled exposure to air, and replacement of worn fixtures are basic but essential preservation tasks. Climate control matters too, since humidity and temperature swings accelerate paper decay. Studies of preventive conservation at the National Library of India show that pest management, climate control, proper storage, binding, and disaster planning form the standard toolkit for protecting collections.

Pest control 🔗

Pests are a serious threat in any book repository. Common culprits in Indian libraries include silverfish, booklice, beetles, termites, cockroaches, and rodents, all of which are drawn to paper, glue, and wooden furniture. An effective approach combines regular inspection, integrated pest management, sealed storage, and scheduled professional treatment. Catching an infestation early is far cheaper than restoring damaged volumes later. In many institutions, overall building maintenance, including insurance and pest control, is handled as a defined administrative responsibility alongside stock and asset management, as seen in the organisational structure of large library systems.

Stock verification and collection management 🔗

Stock verification is the systematic checking of holdings to find missing, misplaced, or damaged items. As the NIOS notes on library maintenance explain, periodic inventories give an up-to-date record of holdings, concrete data on the rate of loss, and a clear picture of the collection’s strengths and weaknesses. They also support weeding and write-off decisions for outdated or unusable books.

Verification can be done manually using shelf-list cards, semi-automatically with partial computer support, or fully automatically through library software. A modern stock-verification workflow uses barcode or RFID scanning to capture data, match it against the library database, and generate a discrepancy report. Many Indian university libraries schedule this exercise during the summer vacation in May and June, closing temporarily so staff can complete the count without interruption.

Security of library material 🔗

Theft and mutilation of books and periodicals remain real problems, and they directly damage the collection. The most common global response has been electronic security systems at exit points, though the cost of such systems puts them out of reach for many Indian libraries. Affordable photocopying services, vigilant staff in periodical rooms, and RFID-based gate detection are practical alternatives that reduce losses without large budgets.

Bringing it all together 🔗

Infrastructure, technology, and maintenance are not three separate projects. They are one continuous responsibility. A well-designed building creates room for technology; technology like RFID and automation makes maintenance faster and more accurate; and disciplined maintenance protects the investment made in both. The UGC has steadily expanded its support for library modernization, from early building grants to digital library consortia and the National Mission on Libraries, reflecting how central these systems are to higher education. Universities that treat library upkeep as ongoing work, rather than a one-time setup, are the ones whose libraries continue to serve learners well.

What do you think? If your university library had a limited budget this year, would you spend it on upgrading the building, expanding digital resources, or strengthening maintenance and security? Which investment do you think would benefit students the most over the next decade?

References

1. https://ebooks.inflibnet.ac.in/lisp11/chapter/academic-library-buildings-and-infrastructure-and-safety-issues/
2. https://www.lkouniv.ac.in/site/writereaddata/siteContent/202005072349323218Babita%20Jaiswal-Library%20Building.pdf
3. https://ebooks.inflibnet.ac.in/lisp5/chapter/rfid-technology-for-libraries/
4. https://en.wikipedia.org/wiki/Shodhganga
5. https://www.skoolbeep.com/blog/library-management-system/
6. https://commercial.hicare.in/b2b/blog/21/common-pests-found-in-libraries-museums-and-historical-monuments
7. https://www.ignou.ac.in/pages/178
8. https://www.flexiprep.com/NIOS-Notes/Senior-Secondary/Library-Science/NIOS-Library-Science-Unit-11-Arrangement-and-Maintenance-of-Library-Material-Part-7.html
9. https://ijlsit.org/html-article/19100
10. http://s3-ap-southeast-1.amazonaws.com/ijmer/pdf/volume12/volume12-issue8(5)/22.pdf