ThesisSoftware Engineering

Scalable Microservices Architecture for High-Volume Academic Information Systems

PB
Phou Bopha
•Advisor: Dr. Chanreaksmey Meas•Academic Year 2026•Software Engineering
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Submitted: July 24, 2026

01. Executive Abstract

This capstone thesis explores the design and benchmark of event-driven microservices architecture tailored for Cambodian academic institutions, demonstrating 4x throughput improvements over monolithic architectures under enrollment peak traffic.

Track Focus:Software EngineeringThesisSEGen 10

02. Key Results & Benchmarks

  • 4x throughput under peak registration
  • Zero-downtime blue/green deployment
  • Full PostgreSQL RLS isolation

03. Tech Stack & Tools

LaravelNext.jsPostgreSQLDockerRedis
Original documents

Scalable Microservices Architecture for High-Volume Academic Information Systems

Job_Portal_Research_Report.pdf · PDF

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Scalable Microservices Architecture for High-Volume Academic Information Systems | ITE RUPP Thesis