The Goals of Products and Services Application

	Learn and enhance in advance the vehicle safety performance in multifactor (complex, unknown, etc.) situations.
	Reduce the cost of vehicle design, test and certification and pilot training.
	Shorten the schedule required for vehicle flight test, certification and pilot training.
	Expand the domain of complex flight situations examined in advance – before flight.
	Demonstrate new flight concepts, technologies, onboard systems and aircraft with ‘built-in’ safety protection features.

The Product : Brief Characterization

1. The product is a single platform solution – a unified software tool and its application methodology – aimed at the ‘pilot/automaton – vehicle – operating environment’ system dynamics simulation, analysis and safety knowledge mining and mapping in multifactor flight situations.

2. The tool’s input is a parametric definition of the vehicle of interest and a general description of complex flight situation domains for safety research.

3. M&S experiments run in autonomous fast-time mode, on a standard PC. Neither a research pilot, nor a special hardware is required in the system model control loop.

4. The output of is a database of simulated multifactor flight cases and a knowledge base on the vehicle flight safety performance in the complex flight domain.

5. This is a scalable product demanded by customers from the following categories: DESIGNER, TEST ENGINEER, REGULATOR, EDUCATOR, OPERATOR, INVESTIGATOR, RESEARCHER.

VATES+ Software (Single Platform Solution) – Expanded Functionality (*)

ISAFE/ VATES Based Products – Problems Addressed

‘Product Functionality – Customer Category’ Match Matrix

ISAFE/ VATES Based Service Options – Research Scope

Proposed Lecture Courses

	Computational Flight Dynamics.
	System Dynamics Modeling and Simulation (*).
	Virtual Flight Test and Certification.
	Model-based Flight Accident Risk Analysis and Prevention.
	Algorithms, Data Structures and Programming in Fast-time Flight Simulation (*).
	Introduction to Flight Safety Artificial Intelligence (*).
	Flight Dynamics.

Legend: (*) the lecture course title is subject to further refinement.