E-OCVM (Version 2) Explained Episode 3 - CAATS II Final Dissemination Event Alistair Jackson...
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Transcript of E-OCVM (Version 2) Explained Episode 3 - CAATS II Final Dissemination Event Alistair Jackson...
E-OCVM (Version 2) Explained
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Alistair JacksonEUROCONTROLEpisode 3
Brussels, 13 & 14 Oct 2009
Brussels, 13 & 14 Oct 2009
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Operational Concept Validation
What is it ? … and why do we need it ? When we intend to develop and implement new
operational systems we need evidence to support investment decisions.
We need to know that any new operational change:- will bring the performance benefits we require;- will be safe in operations;- Will be compatible with other system elements, and- will be usable and acceptable by the operational staff,
pilots, controllers, etc., who will use it.
Concept Validation is about identifying, collecting and structuring the necessary evidence.
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E-OCVM Version 2.0
What is the E-OCVM ? The European Operational Concept Validation
Methodology is a framework for R&D to establish a common approach to all projects contributing to the validation of operational concepts.
Mandated by Joint Programme Board (EC and EUROCONTROL) in January 2005 (V1.0).
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E-OCVM Version 2.0
Where did it come from ? Initial collaborative programmes, like PHARE and ODID in
1990’s; need to improve the effectiveness of exercises but also the need to improve transfer from R&D to implementation.
Validation methodology projects like CAVA, MAEVA; Cooperation with the FAA (Operational Concept Validation Strategy Document – OCVSD); CAATS I.
Experience in large scale, multi-partner Concept Validation Studies – e.g. Gate-to-Gate.
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What does it consist of ?
E-OCVM found the need for 3 ‘perspectives’ to capture different aspects of validation. Concept Lifecycle Model (CLM)
- Locates ‘Validation’ processes within the broader context of system development
Structured Planning Framework (SPF)- Provides a structure for the identification, planning,
execution and analysis of appropriate validation exercises Case Based Approach
- Is concerned with capturing stakeholder expectations & concerns and ensuring that validation activities provide the necessary results in an appropriate form to address them.
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E-OCVM Scope
Concept Lifecycle Model
System development view inspired by NASA Technical Readiness Levels (TRL)s
Gather and assess ATM Performance
needs
Scope Operational Concept and
develop Validation Plans
Iteratively develop and evaluate
concept
Build, consolidate and test
Industrialisation and Approval
Implementation
V0
ATM Needs
V1
Scope
V2
Feasibility
V3
Integration
V4
Pre-Operational
V5
Operational
?need
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Structured Planning Framework
Step 0: State Concept and AssumptionsUnderstanding the problem and the proposed solutions
Step 1: Set Validation Strategy• Identify stakeholders, their needs and interests• Identify current and target levels of maturity• Describe validation expectations & outline cases• Identify Programme Validation Objectives in key performance areas• Establish Validation requirements and draft validation strategy• Select validation tools and techniques• Define Validation Strategy
Step 2: Determine the Exercise Needs• Identify stakeholder’s acceptance criteria and performance requirements• Identify project and objectives• Refine validation strategy• Identify Validation indicators and metrics• Specify validation scenarios• Produce validation exercise plan• Prepare platform or facility• Conduct pre-exercise testing and training
Step 3: Conduct the exercise • Including the assessment of unexpected behaviours
Step 4: Determine the Results • Perform analysis • Prepare analysis contributions• Prepare Validation report
Step 5: Disseminate Information to Stakeholders • Disseminate information to stakeholders and decision makers using case based approach where available• Draw conclusions and decide on actions – feedback to validation strategy
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Case Based Approach
• Is about capturing and addressing stakeholder needs, concerns and priorities
• Ensuring that they are addressed during the validation phases (and after) through a structured process – the case
• Different cases for particular stakeholder concerns – safety; business case, environment, human factors, etc.
• Communicating the results in a way that is accessible and meaningful for the stakeholders
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Case Based Approach
V1 V2 V3
Stakeholders
• ANSP
• Investors
• Operators
• Airspace-Users
• Regulators
• Technology Suppliers
• Others...
Cases• Business • Environmental• Technology• Safety• Others...
V4
Stakeholder performance needs
Barriers toPerformance
Improvements
V0
V5
Information Requirements
Results
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Setting the Scene