Product Academic Operations · Learning Management

Every topic mapped to an outcome before the term starts.

A learning management system where the syllabus, units and topics sit on one course record, and each topic carries the outcomes it serves and the sessions it needs. Lesson plans come from your timetable and are approved before they run, so alignment is read from the record rather than reassembled for a review.

CategoryLearning Management System
Record granularityPer topic

The problem

The syllabus is a document. The teaching is somewhere else.

The approved syllabus is a PDF on a shared drive. Slides and readings are mailed, or uploaded to a platform that knows nothing about the curriculum. Lesson plans are typed into a template each term and approved over email. Then a review asks which outcomes each topic was meant to serve, and how many sessions it was given, and the department rebuilds the answer from three documents that no longer agree.

The same failures repeat. The syllabus and the teaching plan are held in different places, so neither can be read against the other. Outcome mapping is done as a separate document for the accreditor, so it drifts from the course it describes. And each new section starts from a blank page, so two sections of the same course are structured differently.

The problem: an outcome map that lives in a side document.
Three ways delivery breaks
The syllabus sits outside
The plan cannot be read against it
Outcome mapping is a side document
It drifts from the teaching
Each section starts blank
Two sections diverge

What changes

Four outcomes, and the mechanism behind each one.

Teaching delivery is judged on whether the plan matches the syllabus, whether it serves the outcomes it claims, whether faculty time goes into teaching rather than paperwork, and whether students know what is expected. The mechanism is named under each claim.

The teaching plan is checkable against the syllabus.

Each topic carries the outcomes it serves and the number of instructional sessions it needs, on the same record as the syllabus it belongs to. Workload and alignment are properties of the course rather than answers assembled from three documents.

Outcome mappingSession mappingOne course record
WasThree documents that disagree
NowOne record, read either way

Outcome alignment stops being a separate document.

Learning outcomes are mapped to the topic, not to a spreadsheet kept for the accreditor. Because the mapping lives where the teaching is planned, it stays true when the syllabus changes, and it is the same mapping a review will read.

Outcome mappingTeaching method on fileOne source
WasA mapping sheet kept on the side
NowMapping held on the topic

Faculty stop rebuilding the same course every term.

Lesson plans are generated from the timetable and the syllabus rather than typed from a template, and an approved structure can be copied to another section. The preparation that remains is the teaching judgement, not the paperwork around it.

Automated lesson plansApproval workflowCopy section content
WasA blank template each term
NowA plan drawn from the schedule

Students know what is expected and where to find it.

The syllabus, the objectives, the expected outcomes and every resource sit in one place, organised by unit and topic, on the web and on mobile. Questions are asked against the topic they concern rather than in a thread nobody can search.

Student viewTopic-wise questionsMobile access
WasMaterials scattered across email
NowOne course, organised by topic

One record, syllabus to delivery

A course, and what each stage fixes on the record.

The same six stages run for a single elective and for a full programme of core courses. What matters is that each stage leaves something behind that a review can read later.

Data Structures · Section BDS-201 · Term 16 of 6 written
SyllabusObjectives, prerequisites, assessment plan and academic policies held on the course and published to students and faculty together.4 objectives2 prerequisitesAssessment plan3 policies
Units and topicsThe course divides into 6 units, and each unit into topics that carry their own description and objectives.28 topics across 6 units
Outcome mappingEach topic carries the outcomes it serves and the sessions it needs. This is the step that makes alignment and workload measurable.CO1 · 13 sessionsCO2 · 13CO3 · 12CO4 · 9CO5 · 5
ContentDocuments, videos and links are attached to the topic they belong to, with as many resources per topic as the teaching needs.31 documents9 videos14 linksReference list
Lesson planPlans are generated from the timetable and the syllabus, carry their teaching method, and are reviewed before they run.42 sessions plannedFlipped classroomApproved · HoD12 Aug 2026
DeliveryAttendance is taken against the scheduled session, and questions and discussion are recorded against the topic they concern.Attendance per sessionTopic-wise Q&ACohort discussionProgress analytics · roadmap
Fixed hereWhat the course promises. The syllabus stops being a PDF on a drive and becomes the record everything else is read against.
All six stages

Evidence is the by-product, not a separate exercise. Because each stage records its decision at the time, an alignment or workload question at the end of the term is a query rather than a collection round.

Read it either way

The same course, read by topic or by outcome.

Because the mapping sits on the topic rather than in a side document, a course can be read down (what does this topic serve?) or across (what carries this outcome, and how many sessions?). Select a row or a column.

Illustrative course · 8 of 28 topics shown
Topic8 shown CO113 ses CO213 ses CO312 ses CO49 ses CO55 ses Sessions
Arrays and memoryTopic 1.14
Search and sortTopic 1.24
Linked listsTopic 2.15
Stacks and queuesTopic 2.24
Trees and traversalTopic 3.15
Balanced treesTopic 3.23
GraphsTopic 4.16
Complexity analysisTopic 4.25

Learning outcome

CO3 · Analyse tree structures

Every topic that serves this outcome, with the sessions behind it. Read across the column rather than assembled from a mapping sheet.

3Topics
12Sessions

Spread across 3 topics, so the outcome does not rest on a single session going ahead.

Click a column to read an outcome, a row to read a topic.

What is in it

Six areas of capability.

Each one is described by the job it does. If you are building a requirements matrix, ask for the datasheet: it carries the full list, feature by feature, with configuration notes and current maturity.

Syllabus, units and topics

A syllabus held as structure rather than a document, divided into units and topics that each carry their own description and objectives.

Outcome and session mapping

Learning outcomes and required session counts attached to the topic, so alignment and workload are properties of the course rather than a side document.

Content and resources

Documents, videos and links organised by topic, with several resources per topic and reference material kept alongside the course.

Lesson planning and approval

Plans generated from the timetable and the syllabus, recorded with their teaching method, and put through a review before they run.

Delivery and interaction

Attendance against the scheduled session, questions asked against the topic they concern, and discussion where a cohort can see it.

The student view

Syllabus, objectives, outcomes, resources, reference documents, self-assessment and the calendar, on the web and on mobile.

Configuration, not code. Unit and topic structure, outcome frameworks, teaching-method vocabularies and lesson-plan approval routes differ by institution and are set by your team. The full feature list lives in the datasheet rather than on this page, so ask for it during an evaluation: it names what is generally available and what is on the roadmap, feature by feature.

On the roadmap, and named as such. Per-student learning progress analytics, topic completion tracking and self-assessment triggered by topic completion are in development rather than generally available. We would rather say so here than have you discover it in a proof session, so nothing on this page depends on them.

Where the evidence comes from

Four questions behind any claim that a syllabus is aligned.

A programme review, an accreditation visit and a student complaint all ask the same thing in different words. It is worth knowing whether the questions underneath the claim can still be answered two terms later.

Which version of the syllabus?A syllabus changes between terms and sections. Because units, topics and objectives are held on the course record, an alignment claim is read against the syllabus that was actually in force.
How many sessions was it given?A topic mapped to an outcome but given one session is a different claim from the same topic given four. The session count sits on the topic, so the weight behind an outcome is visible rather than assumed.
Against which learning outcome?Every topic stays mapped to the outcomes it serves, so a course can be read outcome by outcome rather than as a single statement about the whole syllabus.
Who approved the plan, and how was it taught?Lesson plans carry their teaching method and their approval, with a name and a date, so the delivery method on record is the one the department signed off.

None of this decides how your institution should teach. It means that when a reviewer, an accreditor or a programme committee asks how the syllabus maps to its outcomes, the answer is a set of records rather than a reconstruction.

Frequently asked

What academic teams ask first.

Do we have to replace Moodle or Canvas?

No. The system is built for interoperability and connects to platforms such as Moodle and Canvas using LTI, REST APIs and single sign-on, so users, course content and assessment workflows can stay synchronised. Institutions that want one system can run this as the LMS instead.

What makes this different from a general-purpose LMS?

Topics are mapped to learning outcomes and to the number of sessions they need, and lesson plans are generated from the institutional timetable and approved by the head of department. That turns outcome alignment into a property of the course record rather than a separate evidence exercise.

Where do lesson plans come from?

They are generated from the academic timetable, the syllabus and the defined units and topics, then edited by the faculty member. Each plan records its teaching method and goes through a review and approval workflow before it is implemented.

Can faculty reuse a course from a previous term?

Yes. Units, topics and resources can be copied from one course section to another, so a new section or term starts from the approved structure instead of a blank page.

What do students see?

The syllabus, the objectives and expected learning outcomes, the resources organised by unit and topic, reference documents, topic-wise questions and answers, self-assessments and the academic calendar. It is available on the web and on mobile.

Can we run the Learning Management System on its own?

Yes. It runs standalone, and it connects into the Academic Operating System when you are ready for curriculum, scheduling, assessment and attainment to share the same records.

BRING ONE COURSE

Bring one course and its syllabus. We will structure it end to end.

A tailored proof session uses your own syllabus, your outcome framework and your timetable, not a canned demo. Leave with a named, dated next step.