University websites are large, decentralized, and full of information that changes constantly. Content modeling is how you keep all of it consistent, accurate, and manageable across dozens of departments.
Content modeling is the process of defining the structure of your content before you design a page. Instead of thinking about "the admissions page" or "the biology department page," you think about the actual pieces of information those pages contain, like a program name, a tuition cost, or a faculty member's office hours, and how they relate to one another. For institutions with many content contributors, that shift is what separates a website that scales gracefully from one that becomes an unmanageable patchwork.
A page is just a container. The information inside that container is what counts.
Take a faculty profile. On the surface, it's a page. Underneath, it's a collection of distinct pieces: a name, a headshot, a title, a department, a bio, publications, and contact information. Once you see content this way, patterns start to emerge across your whole site, and those patterns are the foundation of your content model.
Look for content that repeats. Higher ed sites are full of it. Academic programs share a structure across every department: program name, degree type, credit hours, admission requirements, career outcomes. Events follow a pattern as well, and so do faculty profiles, course listings, and news releases.
Repeatable content is exactly what benefits most from a defined model. When every program page is built from the same content types, your team can update, audit, and personalize them far more efficiently.
Once you identify a content type, list the individual pieces that make it useful. A faculty profile might include name, title, department, bio, research interests, office location, contact information, publications, and photo. An event might include name, date, time, location, description, audience, and registration details.
Each field should earn its place. Too much structure creates busywork for contributors; too little creates inconsistency.
Most content doesn't exist in isolation. A program belongs to a department. A faculty member may teach in several programs. A news story may touch multiple categories.
Mapping these relationships matters because it determines how content gets reused. If your model defines the link between faculty and programs, Cascade CMS can pull a professor's bio onto every program page they teach in, instead of someone copying it onto ten pages by hand. That's a time-saver for contributors and a consistency win for the institution.
One of the biggest payoffs is separating what your content says from how it looks. A course description isn't tied to one layout. It's a structured piece that can appear on a program page, in a search result, or in an email, without anyone rewriting it.
That separation is what makes personalization possible. When a prospective student shows interest in nursing programs, Clive can surface related content, like nursing faculty or upcoming info sessions, without your team building a custom page for that scenario. The content model does the work behind the scenes.
You don't have to model everything at once. Start small:
Audit your content. Find the page types that repeat most, usually academic programs, faculty profiles, and events.
Identify common fields. List the pieces of information that show up again and again for each type.
Map relationships. Note how content types connect, like faculty to departments or programs to colleges.
Prioritize by impact. Begin with the types that appear most often or drive the most engagement.
Bring in stakeholders. Content modeling touches marketing, IT, and departments alike. Involve them early.
Choose a CMS built for structured content. A flexible platform makes your model easier to maintain, govern, and hand to non-technical contributors.
A good content model makes information easier for visitors to find, for contributors to maintain, and for your institution to reuse. Don't start by designing the page. Start by understanding the information.