How a University Modernized Its Student Information and Administrative Systems

Higher education institutions around the world face a digital paradox: they are centers of technological innovation and research, yet many of their core administrative systems are decades old, running on legacy platforms that are expensive to maintain and difficult to change. Student information systems (SIS), learning management systems (LMS), human resources platforms, and financial management tools often operate in isolation, requiring manual data transfers, duplicate data entry, and cumbersome workarounds. This case study examines how Coastal State University (CSU) (a composite profile representing a typical mid-sized public university) used a low-code platform to modernize its student information and administrative systems, reducing course registration time by 70%, cutting financial aid processing time by 65%, improving student satisfaction scores by 32 points, and saving $2.8 million annually in IT maintenance and operational costs.

The Administrative Technology Crisis at Coastal State University

Coastal State University serves approximately 28,000 students across a main campus and three satellite locations. Like many public universities, CSU operated a patchwork of administrative systems that had been built and acquired over three decades. The core student information system — a mainframe-based platform from the 1990s — was the backbone of the institution, but it was increasingly unable to meet the needs of modern students, faculty, and administrators.

Course registration was a quarterly ordeal. During registration periods, the student portal routinely crashed under the load of 12,000 concurrent users. Students would wake up at 5:00 AM to register for classes before seats filled up, and the system's performance was so unpredictable that registration windows were staggered by class standing to manage system load. Even when the system was functioning, the registration process itself was confusing — students had to navigate multiple screens, enter course codes manually, and resolve registration errors that were described in cryptic error codes. The average time to register for a full course load was 47 minutes, and 15% of students abandoned the registration process entirely, requiring them to visit the registrar's office in person.

Financial aid processing was a source of constant student anxiety. The financial aid office processed approximately 32,000 applications annually using a combination of the mainframe SIS, a separate document management system, and manual paper workflows. The average time from submission of a complete financial aid application to award notification was 6.2 weeks — dangerously close to tuition payment deadlines. Students who submitted incomplete applications — approximately 35% of applicants — faced even longer delays as missing documents were requested and submitted through postal mail. The financial aid office received an average of 200 walk-in visitors per day during peak processing season, with wait times exceeding 90 minutes.

Academic advising was hindered by fragmented data. Academic advisors had access to the SIS for grades and course history, but they had no visibility into a student's engagement with the learning management system, their campus housing status, their financial aid situation, or their extracurricular involvement. When a student arrived for an advising appointment, the advisor had to ask basic questions that the institution should already have known — "How are your classes going?" "Are you having any financial difficulties?" "Are you involved in any campus activities?" — because the data was scattered across disconnected systems. The university had no systematic way to identify students who were at risk of dropping out until it was too late.

The IT maintenance burden was unsustainable. CSU's IT department spent $3.4 million annually maintaining the legacy SIS and its associated systems. The mainframe platform required specialized skills that were increasingly difficult to find — the average age of the mainframe support team was 58. Integrating new systems with the legacy SIS was prohibitively expensive, discouraging innovation. The IT team had a backlog of 340 requested enhancements and new features, with an average wait time of 14 months from request to delivery.

The Case for Modernization: A Strategic Imperative

The university's leadership recognized that the administrative technology crisis was not just an operational problem — it was a strategic threat. Student expectations were being shaped by their experiences with consumer technology companies like Amazon, Netflix, and Spotify. They expected self-service, mobile-accessible, personalized experiences. Meanwhile, CSU's competitors — including online programs, for-profit universities, and community colleges with more modern systems — were attracting students with simpler, faster, more intuitive administrative processes.

A traditional SIS replacement was evaluated but rejected. The leading commercial SIS solutions would cost $18 to $25 million to implement over three to five years, with significant risk of disruption to university operations during the transition. Instead, the university decided on a hybrid approach: keep the legacy SIS as the system of record but build a modern, user-friendly layer on top of it using a low-code platform. This approach promised to deliver immediate improvements in student and staff experience while deferring the expensive and risky core system replacement to a later date.

The Campus Digital Experience Platform

CSU launched Project CampusConnect in early 2024, selecting a low-code platform with strong integration capabilities, mobile app support, and built-in workflow automation. The project was sponsored by the provost and the vice president for enrollment management, with a steering committee that included representatives from the registrar's office, financial aid, academic advising, IT, and the student government association.

Application 1: Modern Course Registration

The first and most visible application was a complete redesign of the course registration experience. Rather than patching the legacy system, the team built a modern registration portal on the low-code platform that sat in front of the mainframe SIS and provided a completely reimagined user experience.

The new registration portal included:

• Visual schedule builder: A drag-and-drop interface where students could build their class schedule on a visual weekly calendar, seeing available sections, time conflicts, and seat availability in real time
• Intelligent search and filtering: Course search that supported natural language queries, filtering by general education requirements, major requirements, time of day, instruction mode (in-person, online, hybrid), and instructor ratings
• One-click registration: Students could save multiple schedule options and register for an entire schedule with a single click, rather than adding and enrolling in individual courses one at a time
• Prerequisite and restriction checking: Real-time validation of prerequisites, co-requisites, major restrictions, and enrollment caps before the student attempted to register
• Waitlist management: Automatic waitlist enrollment with notifications when seats became available, and automatic removal from waitlists when a student enrolled in a conflicting section
• Mobile-first design: A responsive interface designed for smartphones, since 73% of CSU students primarily accessed university systems from their phones

The new registration portal was built in 10 weeks by a team of three developers and one business analyst from the registrar's office. It went live for priority registration in the spring term and handled all registration traffic for the fall term — including a peak of 14,000 concurrent users — without any performance issues. The average registration time dropped from 47 minutes to 14 minutes. The student satisfaction score for registration increased from 2.4 out of 5 to 4.3 out of 5. The number of students visiting the registrar's office during registration periods dropped by 78%.

Application 2: Automated Financial Aid Processing

The second application transformed the financial aid processing workflow. The low-code team — working closely with the financial aid director and her team — built an automated financial aid processing system that digitized the entire application-to-award lifecycle.

Key capabilities included:

• Document management: A secure student portal where applicants could upload required documents — tax returns, verification worksheets, citizenship documents — with automatic validation that documents were complete and legible
• Automated missing document tracking: The system tracked which documents each applicant had submitted and which were still missing, sending automated reminders via email and SMS
• Rule-based verification processing: Standard verification tasks — confirming tax return data, calculating expected family contribution, verifying enrollment status — were automated using the low-code platform's business rules engine
• Award calculation and notification: Financial aid packages were calculated automatically based on the student's eligibility, cost of attendance, and available funding, with award notifications generated and sent digitally
• Real-time status dashboard: Students could track the status of their financial aid application at any time, seeing exactly which steps were complete, which documents were needed, and when they could expect their award notification

The financial aid processing system reduced average processing time from 6.2 weeks to 2.2 weeks — a 65% reduction. The percentage of applications processed within four weeks — the university's target — increased from 42% to 91%. Walk-in traffic to the financial aid office dropped by 62%, as students could now get answers to most questions through the online portal. The financial aid team of 14 staff members was able to handle a 12% increase in application volume without any increase in headcount.

Application 3: Integrated Student Success Platform

The third application addressed the university's most strategic priority: improving student retention and graduation rates. CSU's six-year graduation rate was 58%, below the national average for similar institutions, and the university had set an ambitious goal of reaching 70% within five years. The Student Success Platform aggregated data from the SIS, LMS, housing system, financial aid system, and campus engagement systems to create a comprehensive view of each student's academic journey.

The platform included:

• Early alert system: Automated identification of students exhibiting risk factors — low course engagement in the LMS, missing assignments, declining grades, course registration holds, financial aid issues — with alerts sent to academic advisors and success coaches
• Advisor dashboard: A consolidated view of each advisor's advisees with risk indicators, appointment history, notes, and recommended interventions
• Student-facing success dashboard: A personal dashboard where students could see their academic progress, degree completion status, GPA trends, and recommended actions for staying on track
• Degree audit and planning: A visual degree progress tracker that showed completed requirements, in-progress courses, and remaining requirements for each major and minor
• Predictive analytics: Machine learning models that used historical data to predict each student's likelihood of persisting to graduation, with actionable recommendations for at-risk students

The Student Success Platform went live in the third quarter of the project and had an immediate impact. Within the first year, the university saw a 12% reduction in first-year student attrition. The number of students placed on academic probation decreased by 22%. The advisor-to-student ratio became more manageable because advisors could focus their attention on students who needed it most, rather than trying to meet with all students equally. The early alert system identified 1,800 at-risk students in its first semester of operation, and 73% of those students received targeted interventions that helped them get back on track.

Measurable Results: A Transformed Student Experience

After 18 months of development and deployment, Project CampusConnect had delivered measurable improvements across the student experience and operational efficiency.

Metric	Before CampusConnect	After CampusConnect	Improvement
Course registration time	47 minutes	14 minutes	70% reduction
Financial aid processing time	6.2 weeks	2.2 weeks	65% reduction
Financial aid walk-in traffic (peak season)	200/day	76/day	62% reduction
Registrar's office visits (registration period)	Baseline	78% reduction	78% reduction
Student satisfaction (administrative experience)	2.8/5	4.2/5	50% improvement
First-year student retention	82%	88%	33% improvement in attrition
IT project delivery time	14 months average	6 weeks average	89% reduction
IT maintenance cost (legacy systems)	$3.4M/year	$2.1M/year	38% reduction
Early alert identification of at-risk students	Not systematic	1,800+ per semester	New capability

Financial impact was substantial. The $2.8 million project investment was recovered within 14 months. IT maintenance costs were reduced by $1.3 million annually as the low-code platform absorbed functionality from the legacy systems. The improvement in first-year retention alone — approximately 170 additional students retained per year — generated $3.4 million in incremental tuition revenue annually. The combined financial benefit of $4.7 million per year against a one-time investment of $2.8 million represented an ROI of 168% in the first year of full operation.

FAQ: Common Questions About University System Modernization

How does a low-code platform integrate with an older student information system that doesn't have modern APIs?

CSU's legacy SIS was a mainframe system with limited integration capabilities. The low-code platform connected to it through a middleware layer that used database-level integration — reading from and writing to the SIS's underlying database through secure, read-only views. This approach allowed the modern applications to access real-time SIS data without modifying the legacy system directly. The low-code platform's database connector handled the complexity of translating between the modern data model used by CampusConnect applications and the legacy data structures used by the SIS. For writes — such as course enrollments, grade submissions, and address updates — the platform used a queued transaction approach that ensured consistent updates even if the mainframe was temporarily unavailable. This integration architecture allowed CSU to deliver a modern experience on top of a legacy foundation, buying time for a gradual core system replacement.

How do faculty and staff adapt to new administrative systems after decades of using the old ones?

CSU invested heavily in adoption support, recognizing that technology adoption is the hardest part of any digital transformation. The university established a CampusConnect training center with self-paced online modules, in-person workshops, and one-on-one coaching sessions. Each department designated a "digital champion" who received advanced training and served as a peer support resource. The project team conducted regular "office hours" sessions where faculty and staff could ask questions and provide feedback directly to the development team. Perhaps most importantly, the university made it easy to transition — the new systems were designed to be intuitive, with search functionality, contextual help, and guided workflows that reduced the learning curve. Within three months of launch, 86% of faculty and staff reported being comfortable with the new systems, and satisfaction with administrative technology had increased from 2.5 to 4.1 out of 5.

Building a Culture of Innovation

Beyond the specific applications, Project CampusConnect catalyzed a broader cultural shift at CSU. The IT team, which had been perceived as a bottleneck, was now seen as an enabler. The low-code platform allowed the university to respond to requests in weeks rather than months, and departments that had previously been passive consumers of technology became active participants in its creation.

The university established a citizen development center of excellence that trained 28 staff members from across the university — registrar's office, financial aid, admissions, advising, housing, and the provost's office — to build their own applications. These citizen developers created 45 additional applications in their first year, including a faculty workload planning tool, a graduate assistantship tracking system, a campus event scheduling platform, and a research compliance documentation system.

Accessibility and Equity: Designing for All Students

A critical priority for CSU was ensuring that the new digital systems were accessible to all students, including those with disabilities, those who were not native English speakers, and those who had limited experience with technology. The low-code platform's built-in accessibility features — including support for screen readers, keyboard navigation, and high-contrast mode — made it possible to meet Web Content Accessibility Guidelines (WCAG) 2.1 AA standards without extensive custom development. The CampusConnect team conducted accessibility testing with the university's disability services office and made adjustments based on feedback from students with visual, hearing, and motor impairments.

The financial aid application was translated into Spanish, Vietnamese, and Mandarin Chinese — the three most common non-English languages spoken by CSU students and their families. The registration portal included a "simple view" option that reduced visual complexity and provided larger text and buttons for students who found the standard interface overwhelming. All video tutorials included closed captioning, and all documents were made available in screen-reader-compatible formats. "We made a deliberate choice to design for the edges," the project lead explained. "When you design for the student with the most limited vision, the student who speaks English as a second language, and the student who is using a five-year-old phone with a slow internet connection, you end up with a better experience for everyone."

Data Privacy and Security in a University Context

University systems handle some of the most sensitive data about individuals — financial records, academic performance, health information, and personally identifiable information. CSU's security team conducted a thorough review of the low-code platform's security architecture before approving it for production use. The platform was deployed in a dedicated cloud environment with encryption at rest and in transit, role-based access controls that could be configured to the level of individual data fields, and comprehensive audit logging that tracked every access to student records.

The platform's granular permission model was particularly important for compliance with the Family Educational Rights and Privacy Act (FERPA), which governs access to student education records. The system ensured that faculty could only see academic information for students in their classes, that advisors could only see information for their assigned advisees, and that administrative staff could only see the data required for their specific job functions. Students had access to their own records through the portal and could grant or revoke access to parents or guardians through a secure authorization process. The automated audit trail provided the university's FERPA compliance officer with the ability to review any access to student records and demonstrate compliance during audits.

The center of excellence provided governance, training, and support for citizen developers, ensuring that applications met security and accessibility standards while allowing departments to solve their own problems rapidly. The program was funded by a small allocation from each participating department and was managed by a part-time coordinator from the IT team. The 45 applications built by citizen developers were estimated to have saved the university approximately $1.6 million in avoided development and consulting costs.

Conclusion: Higher Education Can Lead the Digital Transformation

Coastal State University's experience demonstrates that higher education institutions do not need to wait for a multi-year, multi-million-dollar core system replacement to deliver the modern digital experience that students expect. By building a digital experience layer on a low-code platform, CSU transformed the most visible and painful aspects of the student administrative experience — course registration, financial aid, and academic advising — in under 18 months and at a fraction of the cost of a traditional modernization approach.

The 70% reduction in registration time, the 65% reduction in financial aid processing time, and the 33% improvement in first-year retention are not just operational metrics — they represent real improvements in the lives of students. A student who can register for classes in 14 minutes instead of 47 minutes, who receives a financial aid award in 2 weeks instead of 6 weeks, and who has an advisor who is alerted when they start to struggle is a student who is more likely to persist, graduate, and become a lifelong advocate for the institution.

The broader lesson for higher education is that digital transformation does not require a blank check or a multi-year implementation. It requires a clear understanding of the student experience, the courage to build incrementally, and the right platform to bridge the gap between legacy systems and modern expectations. As CSU's success demonstrates, universities that embrace this approach can not only catch up to student expectations but also position themselves to adapt continuously as those expectations evolve.