The registrar sets the rules. Students do the rest themselves.
The Student Information System is the governed record of every student: registration, grades and transcripts, attendance, holds, clearances and fees on one record from application to alumni. Academic policy is configuration, enforced the moment a student acts, so self-service replaces the queue at the counter and the registrar handles genuine exceptions instead of routine transactions.
«| Student | Request | Status | Assigned to |
|---|---|---|---|
| Sarah Wilson | Credit transferCRED-22 · 17 Jul 2026 | Payment due | Unassigned |
| Joseph Allen | Credit transferCRED-17 · 15 Jul 2026 | Payment due | Unassigned |
| Stella Gray | Change of locationCOL-103 · 22 Jun 2026 | Submitted | Kevin Green |
The problem
A student record that stores data still sends everyone to the counter.
In most institutions the student record is technically complete and operationally useless. Registration runs on a spreadsheet of prerequisites, a clash is discovered after the timetable is published, a hold exists in the finance office but not in the system that issues transcripts, and every exception becomes a queue outside the registrar's door.
The cost is not just the queue. Attendance sits in a separate register, results are compiled by hand, a hold is discovered after a transcript has been issued, and the enrolment data a regulator will ask for is reassembled at the end of the year.
The operating model
One student record, and policy that enforces itself.
Four design choices move routine work off the registrar's desk without loosening control: one record for the whole journey, policy as configuration, self-service inside the rules, and exceptions that run as governed workflows.
Identity, programme, registration, attendance, results, transcripts, holds and fees sit on a single governed record. The applicant record becomes the student record, then the alumni record.
Prerequisites, credit caps, grading schemes, attendance thresholds and clearance conditions are configured per programme, intake and campus, then applied identically everywhere.
Students register, pay and request documents on web and mobile. Faculty mark attendance and enter grades in their own sections. Nobody can create a non-compliant record.
A waiver, an overload, a late drop or a hold release becomes a petition with a rule, an owner, an approval chain and a traceable decision, instead of a conversation at a counter.
Inside the product
The whole student record, in one place.
This is the application, not a diagram. Move through the surfaces students, faculty and the registrar work in: the record, registration, results and transcripts, attendance, holds and petitions, and the student portal.
| Record section | Held here | Last change | State |
|---|---|---|---|
| Identity | Name, ID, contact, guardians, documentsfrom admissions | 4 Aug 2026student update | Complete |
| Programme | Programme, cohort, campus, mode, statuscurriculum | 1 Aug 2026term rollover | Active |
| Registration | Four courses, sections, timetableself-service | 4 Aug 2026accepted | Validated |
| Results | Grades, GPA and CGPA by schemeassessment | 12 Jun 2026published | Published |
| Finance | Fee ledger, instalments, scholarshipfees | 2 Aug 2026payment | 1 due |
| Code | Course | Credits · grade | Status |
|---|---|---|---|
| BM101 | Introduction to Accounting and Finance | 4 · AFall 2025 · GPA 3.83 | Completed |
| BM103 | Introduction to Marketing | 4 · OFall 2025 | Completed |
| MPU31102 | Falsafah dan Cabaran Semasa | 2 · B+Fall 2025 | Completed |
| BM106 | Foundations of Business Analytics | 4 · B+Spring 2025 | Completed |
| BM216 | Making Successful Decisions | 4 · in progressFall 2026 | Registered |
Intelligence on the record
AI that assists the student and the registrar. Rules still decide.
Three named capabilities run on the governed record. Each one suggests, warns or answers. None of them decides, and every suggestion is explainable and logged.
A term plan that already satisfies prerequisites, credit caps, programme structure and the timetable. The student chooses; the rules still validate.
Attendance below threshold, unmet conditions, repeats and unpaid instalments surface while they can still be fixed, so no one is told at the exam hall door.
Natural-language questions over the data a user is permitted to see: attendance shortfalls, over-capacity sections, cohorts behind on credits.
Lifecycle or product
The lifecycle is the operating model. This is the product that runs its core.
Two pages, two jobs. Read the lifecycle to understand how student operations connect to admissions, teaching, outcomes and finance; read this page to see the application students, faculty and the registrar use every day.
One of eight institutional lifecycles: the governed model for the student journey from enrolment to graduation and alumni.
The system of record that runs it: progress, registration, results and transcripts, attendance, holds and the student portal.
How do records, success, services and finance connect, and what does each stage feed downstream?
What do students, faculty and the registrar's office actually see and do in each screen?
The full student operating model, including success and retention, services, advising and alumni.
The governed record: identity, programme, registration, attendance, results, documents, holds, fees, self-service.
You are designing the operating model or comparing architectures.
See the lifecycle →
You are replacing a legacy student record.
See inside the product →
More than a student database
Legacy SIS, ERP module, spreadsheet: none of them govern the record.
A legacy SIS stores the record and sends exceptions to the counter. An ERP treats students as a back-office process beside finance and HR. In-house systems and spreadsheets keep the policy in someone's head. This is the academic operating layer where the rules live with the record.
Built for every role
One record. Five views of the same student.
Sets the rules once, then handles exceptions and appeals instead of a counter full of transactions.
Registers, pays, tracks attendance and results and downloads a transcript, on web or mobile.
Marks attendance and enters grades in their own sections, with no register to reconcile.
Cohort progress, capacity and students drifting off track, while the term can still be changed.
One governed record instead of five integrations around a legacy student database.
What academic teams say about running student operations on Creatrix.
Creatrix is the ideal tool for getting a comprehensive overview of all the different details about our organization, from leads to admission on a single platform. The insightful data helped me and the institution make quick, informed decisions, and communicate them effectively, keeping everyone on our team in the loop.
Creatrix makes it simple for us to follow up on our students: who paid, who didn’t, and how much is owed for every student. It has become the best way to keep critical student information updated on time, and we were able to incorporate scholarships and PTPTN into our fee management.
Go deeper
From the Creatrix library.
Blogs, whitepapers and case studies for the people who run student operations: registrars, deans, student services and CIOs.
Frequently asked
Plain answers about the student record.
What is a student information system?
A student information system is the governed record of every student: identity and programme, registration and sections, grades and transcripts, attendance, holds and clearances, fees and communications.
In Creatrix Campus it is the product that runs the Student Lifecycle, so the record created at admission continues to graduation and alumni status without being rebuilt.
How is this different from a legacy SIS or an ERP module?
A legacy SIS stores the record and pushes every exception to the registrar’s counter. An ERP treats students as a back-office process beside finance and HR.
Here academic policy is configuration, students and faculty self-serve inside the rules, and the same record feeds outcomes, faculty workload and accreditation evidence because it all runs on one Academic OS.
Can students register themselves without breaking policy?
Yes. Prerequisites, credit limits, programme structure, cohort rules, timetable clashes, capacity and holds are evaluated before a registration is accepted, so self-service can only produce compliant enrolments.
Genuine exceptions become petitions with an owner, an approval chain and an audit trail, instead of a queue at the counter.
How are grades and transcripts handled?
Grades flow from assessment and moderation into the record, GPA and CGPA are computed by your grading scheme, and transcripts, certificates and verification letters are generated from that same record.
Each document carries a version history and a verifiable identifier, and a student can download an official copy without raising a request.
Does it handle holds, clearances and petitions?
Yes. Financial, advisor, academic, library, hostel and disciplinary holds are placed by their owning office and evaluated wherever they matter: registration, results release, transcript issue and graduation clearance.
Waivers, overloads and late drops run as workflows with rules, approvals and a traceable decision.
What can students and faculty do themselves?
Students register and drop within the rules, track attendance, assessments and results, request documents, view fee status and pay, on web and mobile.
Faculty mark attendance, enter and moderate grades and see their sections and timetable. The registrar sets the rules and handles exceptions.
How does it support MQA, NAAC, CAA and TEQSA reporting?
Enrolment, progression, attendance, results, retention and graduation data are captured as work happens, so regulator returns and accreditation criteria are derived from the operational record rather than reassembled at year end.
Adding a framework is a mapping over the same data, not a new data-entry exercise.
Can we migrate off a legacy student record without freezing operations?
Yes. Historic records, programme structures and grading schemes are loaded and reconciled, and the platform can run alongside the legacy system while cohorts move across.
Integration runs as events through the platform’s integration layer rather than nightly batches.
Does AI make academic decisions?
No. AI suggests a compliant registration plan, surfaces attendance and eligibility risk early, and answers natural-language questions about the data a user is allowed to see.
Rules decide eligibility, a person approves exceptions, and every suggestion is explainable and logged.
How does it connect to the LMS, payments and national systems?
Sections, enrolments and results synchronise with the LMS, payment gateways settle against the fee ledger, and national or funding systems are integrated through the same event-based layer.
The student record stays the single source of truth for all of them.
GET STARTED
Give the registrar their week back.
Tell us how registration, results, holds and document requests run today, and where the queue forms.