Analytical and evolving cloud-based event-driven management system for car dealerships, designed to apply each Cloud Computing topic progressively
Design and Analysis of a Cloud-Based Event-Driven Management System for Car Dealerships
Interactive Version:
- عدي سعد علي القرا / Adi Alqarra – oalqarra1@smail.ucas.edu.ps
- عمر شعبان يوسف حرب / Omar Shaaban – oh6@smail.ucas.edu.ps
- سارة مندييل / Sarah Mandil – smandeil@smail.ucas.edu.ps
- د.إسراء فروانة / Israa Farwanah – ifarwanah@ucas.edu.ps
Analytical design and study of a cloud-based, event-driven management system for car dealerships, focusing on architecture, performance, and scalability.
This repository contains the design, analysis, and academic study of a cloud-based, event-driven management system tailored for car dealerships.
The project emphasizes:
- System architecture design
- Event-driven communication models
- Cloud deployment strategies
- Analytical evaluation of performance, scalability, and cost
The methodology aligns with academic research-style projects commonly found in Google Scholar, ensuring clarity and rigor.
Traditional car dealership management systems often suffer from:
- Limited scalability
- Delayed data processing
- High infrastructure and maintenance costs
- Poor real-time event handling
This project explores how cloud computing + event-driven architecture can address these limitations efficiently.
- Design a cloud-based management system architecture for car dealerships
- Apply an event-driven model to handle dealership operations
- Analyze system performance under increasing workloads
- Evaluate scalability across multiple dealership branches
- Compare cost efficiency between cloud-based and traditional systems
Analytical and design-oriented project – no full coding expected.
Included:
- Conceptual system design and architecture diagrams
- Event-driven workflow analysis
- Cloud deployment model analysis
- Performance, scalability, and cost analysis
- Real-world dealership case study
Not included:
- Full software implementation
- Frontend/backend development
- Real cloud deployment
- Car dealership users (sales, inventory, management)
- Cloud-based services
- Event-driven components (events & triggers)
- Centralized data storage & analytics layer
Example: A car sale triggers inventory update, customer record update, and invoice generation in real time.
abstract/– Project summaryproblem-statement/– Problem definitionliterature-review/– Related academic worksystem-design/– Architecture & event-driven designanalysis/– Performance, scalability, costcase-study/– Realistic dealership scenariofuture-work/– Future improvementsreferences/– Academic & technical references
- Each member contributes to at least one section:
- Literature review
- System architecture
- Analytical evaluation
- Case study writing
All work must follow academic writing style.
This project fulfills the following requirements:
- Research-based system analysis
- Cloud computing concepts application
- Event-driven architecture evaluation
- Analytical comparison & reasoning
- Clear documentation & structured presentation
This aligns with the expectations discussed in class: analytical approach, design-focused, research-oriented.
- Complete, well-documented GitHub repository
- Clear academic explanations in all sections
- Logical analysis with reasoning & references
- Structured content for academic evaluation
- Course instructor & teaching assistants
- Team members
- Students reviewing cloud-based system designs
- Academic readers interested in event-driven systems