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Aerospace Basic Tool Training with Ansys medini analyze Software

Course Overview

This course is a comprehensive introduction to Ansys medini analyze for Aerospace safety analysis according to ARP4754B and ARP4761A. The course includes material on project validation, report generation and advanced topics (Profiling, Scripting, Export, Diff & Merge, Version Management & Collaborative Working).

Prerequisites

  • Basic knowledge of Product Safety, Safety Analysis techniques and the Aerospace Recommended Practices ARP4754B & ARP4761A.

Teaching Method:

A major emphasis is placed on teaching to use the software and to develop an initial functional safety project from scratch.

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Learning Outcome

  • Create a medini project.
  • Prepare system architecture models
  • Initiate the safety analysis with an FHA and conduct a (Preliminary) Safety Analysis with Fault Trees/RBDs, Safety Requirements, FME(C)As and Common Cause Analyses (CCA).

 Available Dates

Learning Options

Training materials for this course are available with an Ansys Learning Hub Subscription. If there is no active public schedule available, private training can be arranged. Please contact us.

 Agenda

This is a 1 day classroom course covering both lectures and hands-on practical work. For virtual training, this course is covered over 2 x 2 hour sessions.

    Topics Covered Day 1
    • Introduction and Overview – What is Ansys medini analyze software​?
    • Getting Started – Installation & tool walk-through
    • Creating a Project
    • Initiating the Safety Analysis
    • FHA
    • Constraint validation
    • Requirements & Architecture Modelling
    • Qualitative FTA
    • FMEA/FMECA – Basic concepts
    • Quantitative Safety Analysis – Parts handling, Reliability Predictions
    • Quantitative FTA & RBD
    • Common Cause Considerations
    • Report Generation
    • Advanced Topics

    Live Classroom Day 1

    • Module 1 – Introduction to medini analyze UI
    • Module 2 – Item Definition with Functions and Malfunctions creation
    • Module 3 – HARA and Guideword Analysis
    • Module 4 – Safety Goals Derivation and creation
    • Module 5 – Safety Requirements
    • Module 6 – Qualitative FTA
    • Module 7 – Architecture Modelling

    All modules are based on the same example: The Electronic Steering Lock (ESL) which is part of the medini installation.

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