Aircraft Configuration Management System
A centralized configuration management system built for a government aerospace manufacturing organization to manage and track multiple aircraft variants across international air forces.
Project Overview
A centralized configuration management system was built to manage multiple aircraft variants. Each aircraft configuration differed based on customer-specific requirements. The platform enabled controlled configuration tracking, cost estimation, and material planning. The system supported aircraft built for multiple international customers.
The Challenge
Managing multiple configuration variants for the same aircraft model presented significant complexities. Challenges included tracking raw materials and parts across configurations, accurately estimating production costs before manufacturing, and assigning new part numbers during configuration changes. The lack of centralized visibility across configurations often led to potential cost overruns due to late-stage changes.
The Solution
A centralized configuration management platform was designed and developed to enable the definition and comparison of aircraft configurations per customer. The solution implemented automated cost estimation per aircraft build, tracked raw material usage per component, and generated new part numbers for upgrades, changes, or maintenance requirements. It provided structured reporting for engineering and management teams to maintain strict configuration control.
Aircraft Platforms & Configuration Variants
The system supported multiple light aircraft platforms, including Mushshak and Super Mushshak, with different configuration variants managed for multiple international air forces (Qatar, Iraq, Oman, Saudi, Kuwait, and Turkey). Each customer configuration differed in build requirements, part combinations, cost structures, and maintenance updates. The platform enabled controlled definition and tracking of these variants to maintain manufacturing consistency.
System Architecture
Enterprise Manufacturing Architecture
The system features a structured enterprise architecture with a centralized SQL Server database for configuration consistency. It utilizes a reporting-driven decision support system and implements secure access controls for sensitive manufacturing data. The layout is designed to be scalable across multiple aircraft programs.
Key Features
- Aircraft configuration definition and versioning
- Customer-specific configuration variants
- Automated cost estimation per aircraft build
- Raw material tracking by component and configuration
- Part number generation for upgrades and maintenance
- Configuration change history and traceability
- Decision-support reporting for planning and budgeting
This project was delivered for a confidential government organization. Specific organizational details have been intentionally generalized to preserve confidentiality while accurately representing the technical scope and impact of the work.
Technology Stack
Challenges & Considerations
Configuration Complexity
Managing multiple variants for the same aircraft model required complex domain modeling and version control.
Cost Estimation Accuracy
Developing automated systems to accurately calculate pre-build costs before production began.
Impact & Outcomes
Enabled accurate pre-build cost estimation
Improved planning and configuration control
Reduced financial risk from configuration changes
Helped decision-makers assess cost before production
Contributed to significant cost savings over time
Supported long-term manufacturing and maintenance planning
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