Higher-Ed Academic Operations · Education
Should you build or buy Campus Operations?
Campus operations software manages the non-academic infrastructure of a university or college — student billing, housing assignment, meal plans, campus card systems, facilities management, and payments, all tied to the student information system. It keeps the daily operational layer of an institution running reliably and in compliance with Title IV and financial aid requirements.
The build-vs-buy decision for Campus Operations turns on how little competitive differentiation it provides versus how deep the integration requirements run; the specifics of your SIS environment and institutional scale decide it.
Build it, buy it, or bridge?
When building makes sense
The case for building campus operations software from the ground up is narrow by any honest reading. There are no credible examples of universities building production replacements for Ellucian, Workday, or Oracle campus suites, and the documented history of custom ERP attempts at institutions shows budget overruns on the order of 50% and timelines stretching to seven years. That said, some building does happen around the edges: custom student portals, analytics layers that sit on top of vendor data, and integration workflows that connect campus systems to other institutional tools. These are defensible targets for in-house engineering. If your institution has genuinely unusual operational requirements — a multi-campus model with complex financial aid routing, or a specialized card system that no vendor handles cleanly — custom development at the integration layer may be justified. The constraint is that the underlying operational core (billing, housing, payments) provides no competitive differentiation and carries serious compliance obligations under Title IV. Engineering effort that goes into maintaining a proprietary housing assignment engine is effort not spent on the systems that actually differentiate your institution.
When buying makes sense
For the vast majority of institutions, buying campus operations software is the default and correct path. TouchNet handles student billing with financial aid integration for over 1,000 institutions. StarRez manages housing assignment across 3.5 million beds. Ellucian ties billing and operations directly to Banner and Colleague. That depth of integration represents years of joint implementation work that is expensive and painful to unwind. Smaller institutions in particular benefit from platforms that absorb Title IV compliance updates, housing regulation changes, and payment processing requirements centrally — the vendor carries the maintenance burden across its entire customer base. With 42% of institutions reporting declining technology budgets, the practical question is usually which vendor to buy from, not whether to build. Newer challengers are gaining traction against incumbent pricing, and consolidating vendors to reduce integration complexity often makes more financial sense than any build scenario. The buy case is strongest when your SIS is an established platform with existing vendor connectors, and weakest only when your operational model is unusual enough that no vendor maps to it cleanly.
The desk read
Campus operations platforms sit deep inside institutional workflows. TouchNet handles student billing with financial aid integration; StarRez manages housing assignment across 3.5 million beds; Ellucian ties billing and operations to the Banner or Colleague SIS. That depth of integration is not a feature list, it is years of joint implementation work that is painful to unwind. Institutions that have tried building custom replacements for these systems have a documented history of budget overruns and seven-year timelines.
The cost pressure in this category is real but is pointing toward vendor switching rather than in-house builds. With 42 percent of institutions expecting declining technology budgets, smaller commercial challengers and modular replacements are gaining traction against incumbents like Ellucian and Planon. That is a buy-to-buy dynamic, not a build-wins signal. AI is beginning to appear in facilities management and student services workflows, and some institutions with technical capacity are building custom analytics and service layers on top of existing vendor systems. The build-from-scratch case for the operational core remains narrow.
Frequently asked
What is Campus Operations software?
Campus operations software manages the non-academic infrastructure of a university or college — student billing, housing assignment, meal plans, campus card systems, facilities management, and payments, all tied to the student information system. It keeps the daily operational layer of an institution running reliably and in compliance with Title IV and financial aid requirements.
When does building Campus Operations software make sense?
Building the operational core is rarely defensible, but custom portals, analytics layers, and integration workflows on top of vendor systems are reasonable in-house targets — especially when your institution has unusual operational requirements no vendor handles cleanly.
When does buying Campus Operations software make sense?
Buying makes sense for most institutions because the operational core provides no competitive differentiation, carries serious compliance obligations, and vendors like Ellucian, TouchNet, and StarRez have absorbed years of institutional implementation patterns that are expensive to replicate. Declining technology budgets at many institutions make vendor switching more attractive than self-builds.
What are the main Campus Operations vendors?
Representative vendors include StarRez, Ellucian Campus Operations, TouchNet, Planon Campus Management. B4 Pro scores the full set.
How is AI changing campus operations?
AI is appearing in facilities management and student services workflows, and institutions with engineering capacity are building custom analytics and recommendation layers on top of existing vendor data. The operational core itself (billing, housing, payments) has not seen meaningful AI-driven self-build activity.