Key Steps for Planning and Implementing a Digitisation Project

Converting a fragile manuscript or a stack of old journals into a searchable digital file sounds simple. In reality, a digitisation project is a complex undertaking that demands careful thought long before the first page is scanned. Libraries and archives that rush into scanning often end up with unreadable files, blown budgets, and collections nobody can actually find. The difference between a successful project and a costly mistake almost always comes down to two things: thorough planning and realistic resourcing. This post walks through the key steps for planning and implementing a digitisation project so you can build a digital collection that lasts.

Why planning comes first 🔗

The planning stage is the most important step on the digitisation path. It sets the direction for everything that follows. According to guidance from INFLIBNET, planning involves identifying tasks related to collection development, defining financial, infrastructural and manpower resources, designing the user interface, and creating a timeline to accomplish all of this. Skip these decisions, and the project drifts.

Good planning is also collaborative. It should bring together many stakeholders, including end users, information providers, and staff from across the organisation. A broad consultative process at the very beginning helps shape the project and build consensus, so that the people who fund, build, and use the collection are aligned from day one.

Define your goals and target users 🔗

The first real task is to specify why the digital collection is being created, what its purpose is, and who the target user community will be. The purpose might be preservation of rare or deteriorating materials, improving access to hidden collections, or making heavily used documents available online. These goals are not just paperwork. They directly influence which items you select, how you scan them, and how you describe them later. A project built to preserve a crumbling palm-leaf manuscript has very different requirements from one built to make a popular textbook searchable.

Conducting a feasibility study 🔗

For any large project, a feasibility study should come before detailed planning. A feasibility study assesses whether the project is actually viable, and its outcome is often a formal proposal used to secure management approval or a grant. It answers a basic but vital question: can we realistically do this with what we have?

Many institutions, especially those attempting their first digitisation effort, begin with a small pilot project. IFLA’s guidelines note that a pilot lets an organisation test, on a small scale, whether it can carry through its plans and successfully introduce digital technology into the library or archive. A pilot reveals hidden problems cheaply, before the full project is committed.

Assessing technical feasibility 🔗

Technical feasibility is one of the most important criteria when selecting material for digitisation. The physical condition of the source material and the goals for capturing, presenting, and storing the digital copies decide the technical requirements. As resources on technical feasibility explain, if existing resources cannot meet these requirements, or the necessary technology simply does not exist, then it is not technically feasible to digitise the material at that point. Factors to weigh include image capture, presentation, description, and the availability of skilled human resources.

Sorting out rights and selection criteria 🔗

Intellectual property rights must be settled early. You cannot freely digitise and publish material that is still under copyright without permission. The University of Columbia, for example, developed selection criteria for digital imaging divided into six categories: collection development, added value, intellectual property rights, preservation, technical feasibility, and intellectual control. Using a clear set of criteria like this prevents disputes later and helps you prioritise which items deserve attention first. This matters in the Indian context too, where a lack of clear preservation and IPR policy has historically been a recognised obstacle for digital library efforts.

Budgeting for the full lifecycle 🔗

Budgeting is where many projects stumble. Digitisation is a costly exercise, and the price of scanners or staff time is only part of the story. The biggest mistake is to budget only for the act of scanning while ignoring long-term costs.

A realistic budget should account for several categories. Equipment and capture: scanners, cameras, and workstations. Storage: hard drives, cloud subscriptions, and ongoing platform or hosting fees. Expertise: consultants or suppliers for planning, data, and rights management. Engagement: the website, publicity, and public access tools that let people actually use the collection. The National Lottery Heritage Fund advises thinking carefully about trade-offs to optimise a budget, such as using existing equipment combined with free platforms and open-source image management software.

Plan for long-term preservation 🔗

A digital file is not preserved simply because it has been created. Digital collections require ongoing maintenance, which must be considered and planned for from the start. Storage media fail, file formats become obsolete, and links break. In fact, studies of digital libraries in India have found that many collections became inaccessible due to broken links, website crashes, and the absence of a proper management system caused by limited knowledge of digital maintenance. Budgeting for sustainability, not just creation, is what keeps a collection alive over decades.

Staffing, skills, and the make-or-buy decision 🔗

People are central to digitisation. When selecting materials, an institution must honestly ask whether it has the staff and skill sets to support scanning, metadata entry, user interface design, programming, and search configuration. Each of these is a distinct skill, and a gap in any one can stall the whole workflow.

This leads to a key decision: should you do the work in-house or outsource it? If a project lacks the necessary staff and skills internally but has funding available, outsourcing to a specialist vendor can be a sensible choice. The Library of Michigan’s planning guide frames this as a direct cost question: does staff have the time and expertise to digitise, or is it more cost-effective to use a vendor? India has a sizeable document-scanning services market, with vendors offering bulk scanning, OCR-enabled searchable output, and multilingual recognition, making outsourcing a practical route for many institutions. The right answer depends on the volume of material, the available budget, and the in-house skills you can realistically build.

Training existing staff 🔗

Even where work stays in-house, training is rarely optional. Personnel need to understand the digital archiving system, scanning standards, and quality control. Skipping training is a false economy that shows up later as inconsistent files and re-scanning costs. Budgeting a clear line for staff training and onboarding protects the quality of the entire output.

Choosing hardware and software 🔗

Once goals, budget, and staffing are settled, you can select tools with confidence. The core toolkit for most digitisation work includes a computer system, a scanner or digital camera, image editing software, file compression software, and optical character recognition (OCR) software that turns scanned images into searchable text. The exact equipment depends entirely on your material. Bound volumes, loose documents, oversized maps, and fragile century-old manuscripts each call for different scanners and handling.

One disciplined step is to assess available hardware and software first, and only acquire more if the existing kit cannot do the job. Buying the most expensive scanner on the market is pointless if a flatbed you already own meets the project’s resolution needs. Matching equipment to the documented requirements from your planning stage prevents both under-investment and waste.

Implementation: turning the plan into action 🔗

With planning complete, implementation follows a logical sequence. You select your first collection from the ordered list of priorities, considering user needs, the condition of the materials, project feasibility, and long-term sustainability. You then locate the materials, assess their condition, and inventory them. Any conservation work or intellectual property concerns are handled before scanning begins, because a damaged item handled carelessly can be lost forever.

During the initial stages, the team determines how the collection will be curated, described, digitised, preserved, accessed, and made discoverable. The University of Illinois digitisation guide stresses that all of these details are equally important and need to be discussed together rather than treated as afterthoughts. A perfectly scanned image with no metadata is effectively invisible to users.

Learning from Indian initiatives 🔗

India offers strong examples of large-scale digitisation worth studying. The National Digital Library of India has facilitated more than 150 institutional digital repositories and even established its own Digital Preservation Centre in 2019. INFLIBNET’s Shodhganga repository, built on the open-source DSpace software developed at MIT, captures, indexes, stores, disseminates, and preserves electronic theses and dissertations submitted by researchers across the country. The use of free, capable open-source software shows that ambitious digitisation does not always require massive proprietary licensing costs. These projects also reinforce a recurring lesson: sustained funding and clear preservation policy are what carry a project beyond its launch.

Monitoring and quality control 🔗

Implementation is not a one-way street. Building quality checks into the workflow, with clear standards for resolution, file format, and metadata accuracy, catches errors while they are still cheap to fix. Real-time project tracking helps monitor productivity and keeps a large or multi-location project on schedule. The goal is consistency: every file in the collection should meet the same standard, whether it was scanned on the first day or the last.

Ultimately, a digitisation project is a chain, and the chain is only as strong as its weakest link. Strong planning paired with weak preservation budgeting fails. Excellent equipment paired with untrained staff fails. The institutions that succeed are the ones that treat feasibility, planning, budgeting, staffing, and technology as parts of a single connected process rather than separate boxes to tick.

What do you think? If your library had a limited budget, would you prioritise digitising a small collection to the highest preservation standard, or a larger collection at a more basic level? And how would you decide whether to build digitisation skills in-house or outsource the work to a vendor?

References

1. https://ebooks.inflibnet.ac.in/lisp8/chapter/digital-library-planning-and-implementation/
2. https://www.ifla.org/files/assets/preservation-and-conservation/publications/digitization-projects-guidelines.pdf
3. https://www.sciencedirect.com/topics/computer-science/technical-feasibility
4. https://www.heritagefund.org.uk/funding/good-practice-guidance/doing-digitisation-on-budget
5. https://guides.library.illinois.edu/c.php?g=465430&p=3592708
6. https://en.wikipedia.org/wiki/National_Digital_Library_of_India