Challenge

A leading global rotary wing manufacturer needed to model functional and logical requirements for their next-generation tiltrotor aircraft mission package. The project demanded seamless integration with current architecture while meeting strict regulatory standards and an aggressive delivery timeline. The complexity of modern aerospace systems required advanced modeling approaches to ensure manufacturing efficiency.

Solution

Quest Global developed a sophisticated MBSE solution that:

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Created detailed mapping across systems, subsystems, and components through flows and use cases

Modeled mission and avionics systems requirements with complete operational design insight

Integrated systems engineering architecture into the model framework for unified system understanding

Generated use cases and behavioral flows ensuring system has the capacity and capability to perform and adapt in all defined scenarios

Generated comprehensive use cases and behavioral flows to validate system performance

Implemented reusable design frameworks while maintaining compliance with required standards

Results – At A Glance

Reduced artifact review time by 80%

Decreased Machine Programming

Enhanced feature maintenance through reusable design framework implementation

Improved feature maintainability by replacing discrete and external components and databases with reusable design framework.

Improved component extensibility with automated model validation

Increased component extensibility by building customizations to identify and validate model changes and downstream impacts.

Streamlined processes by replacing manual reviews with scripted automation

Reduced artifact processing and review time by migrating from manual processes to scripted automations.

Delivered ahead of schedule while expanding project scope beyond initial requirements

Delivered the project on budget and ahead of time, while increasing the scope and exceeding customer’s expectations.