0
Home/Case Studies/CourseFiles Automation
RESEARCH & INNOVATION

CourseFiles Automation

Academic Accreditation Dossier Generation & Archival System.

Replaced weeks of manual accreditation document gathering with one-click OBE course dossier generation.

Client / ScopeUniversity Engineering & Computing Faculty
Timeline4 Months Development
RoleLead Software Architect
CategoryRESEARCH & INNOVATION
[ HERO IMAGE: CourseFiles Automation Interface ]

Replace with high-res UI dashboard screenshot, mockup, or banner (Recommended 1920x1080)

Research & Innovation · Academic Automation

Automating Engineering Accreditation Compliance

Engineering accreditation boards (such as ABET / Washington Accord) require rigorous 'CourseFiles' compiling syllabi, lecture schedules, student graded samples (best, average, worst), and Course Learning Outcome (CLO) attainment matrices. We engineered a centralized automation platform that extracts semester data and generates standardized accreditation binders in minutes.

Automated OBE (Outcome-Based Education) CLO-to-PLO mapping and attainment calculation
Engineered bulk PDF compilation pipeline bundling syllabi, quizzes, exams, and graded samples
Eliminated over 200 hours of faculty administrative burden per semester accreditation cycle
03 · Executive Overview

Project at a Glance

An academic document automation system designed to track Course Learning Outcomes (CLOs), aggregate student assessment artifacts, and compile compliant accreditation folders automatically.

Domain & Focus

Higher Education Accreditation & Document Automation

Stakeholders

University Quality Enhancement Cells (QEC) & Deans

Engagement

Q2 - Q3

Primary Win

One-click generation of fully indexed, board-compliant CourseFile audit dossiers for all academic departments.

04 · Operational Bottleneck

The Problem

Every semester, engineering professors spent 20+ hours photocopying exam papers, organizing physical three-ring binders, and manually calculating outcome attainment percentages for external accreditation visits. Missing files or inconsistent formatting risked institutional probation.

Friction Point #1

Hundreds of faculty hours wasted on physical binder assembly and manual arithmetic.

Friction Point #2

Missing student sample exam papers discovered days before external auditor visits.

Friction Point #3

Mathematical discrepancies in Course Learning Outcome (CLO) attainment calculations.

Friction Point #4

Lack of standardized archival: past semester files lost across departmental filing cabinets.

05 · Strategic Targets

Goals

Technical Goals

  • Digital submission portal for faculty to upload syllabi, assessments, and graded artifacts.
  • Automated calculation engine computing CLO and PLO attainment percentages.
  • High-performance PDF bundling engine combining diverse student uploads into a unified indexed dossier.
  • Long-term digital repository guaranteeing instant retrieval during multi-year audit cycles.

Business Goals

  • 100% compliance with international accreditation criteria (Washington Accord / ABET).
  • Eliminate physical printing and binder costs across the entire engineering faculty.
  • Allow professors to focus on teaching and research rather than paperwork compilation.
06 · Ownership & Execution

My Role

Position

Lead Software Architect

Core Responsibilities

  • Architected the relational schema mapping courses, assessments, and learning outcomes.
  • Engineered the Python automated PDF compilation engine with table of contents generation.
  • Built the Django web portal with role separation for Faculty, Program Chairs, and Auditors.
  • Designed attainment calculation formulas verifying statistical thresholds.

Primary Focus Areas

Automated Document Assembly & PDF ProcessingOutcome-Based Education (OBE) LogicRelational Data Modeling in PostgreSQLFaculty Portal UX Design
07 · The Architecture Approach

Solution

CourseFiles Automation transforms accreditation audits into a seamless digital workflow. Instructors upload raw exam questions, answer keys, and student graded samples throughout the semester. At the end of the term, the system validates completeness, calculates outcome attainment matrices, and compiles a board-ready 100-page dossier with clickable bookmarks.

PILLAR 01

Outcome-Based Attainment Engine

Automatically calculates whether student cohorts met predefined learning outcome thresholds.

PILLAR 02

Digital Artifact Repository

Securely stores best, median, and worst student submissions with automated privacy sanitization.

PILLAR 03

Automated Dossier Assembler

Merges PDFs, inserts standardized cover pages, builds an index, and outputs a certified audit bundle.

08 · Systems Engineering

Architecture & Data Flow

Modular architecture linking Django web services, Celery background worker queues, PDF rendering engines, and PostgreSQL database.

01

Course Artifact Upload

Django Forms / S3 Storage

Instructor uploads syllabus, question papers, marking schemes, and student samples.

02

Attainment Arithmetic Engine

Python / NumPy / PostgreSQL

Calculates CLO achievement percentages based on inputted student mark sheets.

03

Asynchronous PDF Bundling

Celery / ReportLab / PyPDF

Celery task aggregates documents, stamps page numbers, and creates digital bookmarks.

04

Auditor Verification Portal

Django Views / Tailwind CSS

External evaluators inspect verified dossiers digitally with one-click download access.

09 · Capabilities

Core Features

One-Click Accreditation Dossier Export

Automated PDF bundling

Compiles complete 100+ page course folders with cover pages, syllabi, exam questions, and sample answers in seconds.

CLO / PLO Attainment Calculator

Automated OBE calculations

Generates statistical charts and percentage attainment matrices required by accreditation bodies.

Missing Artifact Audit Checklist

Proactive compliance checks

Flags incomplete course folders (e.g. missing median exam sample) before semester deadlines.

Multi-Year Historical Archival

Centralized institutional memory

Search and retrieve complete course dossiers across past semesters for longitudinal accreditation reviews.

10 · Tradeoffs & Rationale

Engineering Decisions

Celery Asynchronous Workers for PDF Generation vs In-Request Processing

Chosen Path:Celery with Redis Broker
Alternative Considered:Synchronous HTTP Response

Why: Compiling and merging dozens of scanned student PDF exams takes 15-30 seconds; running it asynchronously prevented web server timeout errors.

11 · Obstacles & Solutions

Challenges

Challenge #1

Corrupted or Password-Protected Student Scans: Scanned mobile photos crashing standard PDF merge utilities.

Engineering Solution

Engineered an image pre-processor that re-encodes uploaded scans into normalized PDF/A compliant pages before bundling.

System Impact

Achieved 100% compilation success rate across thousands of diverse faculty uploads.

12 · Roadmap & Milestones

Implementation Timeline

Phase 1: OBE Schema & Outcome MathWeeks 1 - 4

Academic Logic Modeling

  • CLO/PLO database schema
  • Attainment math formulas
  • Faculty portal auth
Phase 2: File Ingestion & ValidationWeeks 5 - 9

Artifact Upload & Checklist

  • Drag-and-drop upload widget
  • Completeness validation checklist
  • Scanned image sanitizer
Phase 3: Celery PDF AssemblerWeeks 10 - 13

Asynchronous Dossier Engine

  • ReportLab cover generation
  • Bookmark indexing
  • Celery background worker queue
Phase 4: Accreditation PilotWeeks 14 - 16

Departmental Trial & Cutover

  • Trial with Electrical Engineering dept
  • Faculty training workshops
  • Production rollout
13 · Measurable Performance

Results & Metrics

95%
Time Saved per Course

Reduced coursefile compilation from 20 hours to under 15 minutes.

100%
Accreditation Compliance

Zero formatting or missing-artifact infractions during external audit visits.

0 physical
Paper Binders

Saved thousands of printed pages per semester across the institution.

14 · Visual Gallery

Screenshots

[ SCREENSHOT #1: CourseFile Completeness Checklist & Upload Tracker ]

Drop high-resolution interface screenshot here (Recommended 1920x1080)

CourseFile Completeness Checklist & Upload Tracker

Faculty view verifying that all required syllabi, assessments, and student samples are uploaded.

[ SCREENSHOT #2: Automated Outcome Attainment Matrix & Evaluation Breakdown ]

Drop high-resolution interface screenshot here (Recommended 1920x1080)

Automated Outcome Attainment Matrix & Evaluation Breakdown

Calculated CLO/PLO percentage matrix formatted according to accreditation board standards.

15 · Walkthrough

Demo Video

[ DEMO VIDEO PLACEHOLDER ]

CourseFiles Demo: 2-minute video demonstrating course artifact upload, automatic completeness verification, and one-click PDF compilation.

Add iframe or video src in lib/case-studies-data.ts

Demonstration Highlights:

Faculty upload of assessments and graded samples
Instant attainment matrix calculation
Downloading complete 100-page indexed accreditation binder
16 · Retrospective

Lessons Learned

1

Faculty compliance surges when the upload interface explicitly shows a visual progress bar of remaining required items.

2

Sanitizing student scans into standardized PDF/A format is essential before attempting programmatic page merging.

17 · Technologies

Tech Stack

Backend & Framework

Python 3.11Django 5.0CeleryRedis

PDF & Processing

ReportLabPyPDFPillow (PIL)NumPy

Database & Frontend

PostgreSQLTailwind CSSJavaScript
18 · Organizational Value

Business Impact

CourseFiles Automation removed the stress and panic from accreditation season, transforming it into an orderly, transparent digital routine.

Helped the faculty secure seamless multi-year accreditation re-certification.
Standardized outcome-based educational quality measurements across all academic programs.
Scale Your Architecture

Have a complex system to build?

Let's engineer your vision. Whether you need multi-agent AI orchestration, full-stack streaming hubs, or hardened enterprise analytics, Avernus delivers scalable architecture from zero to one.