Simulator- Based Driver Training - University of Birmingham
Simulator- Based Driver Training - University of Birmingham
Simulator- Based Driver Training - University of Birmingham
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Train Control<br />
Train Control<br />
Signalling<br />
Signalling<br />
Rolling Stock<br />
Rolling Stock<br />
Infrastructure<br />
Operations<br />
Systems Thinking in <strong>Simulator</strong>-<strong>Based</strong> <strong>Driver</strong> <strong>Training</strong><br />
Core research objectives<br />
• To inform the author <strong>of</strong> the strategic issues when<br />
writing a functional specification. This specification<br />
was used to procure a driver training simulator<br />
• Benefits<br />
• Shortcomings<br />
• Usability issues<br />
• To assess the effectiveness <strong>of</strong> simulation as an<br />
training tool for traction drivers. Criteria include:<br />
• Users reactions<br />
• Learning outcomes<br />
• Behavioural change<br />
Infrastructure<br />
Operations<br />
• Financial<br />
Department <strong>of</strong> Civil Engineering, <strong>University</strong> <strong>of</strong> <strong>Birmingham</strong> Slide No: 3<br />
Systems Thinking in <strong>Simulator</strong>-<strong>Based</strong> <strong>Driver</strong> <strong>Training</strong><br />
Overview 1/3<br />
• Motivation<br />
• Key to business success<br />
• Costs <strong>of</strong> developing capability<br />
• Operating context <strong>of</strong> I.E.<br />
• Understanding the enterprise - IDEFØ modelling<br />
• Operator training – differences between a car and a<br />
train<br />
• Nature and complexity <strong>of</strong> train driving<br />
Department <strong>of</strong> Civil Engineering, <strong>University</strong> <strong>of</strong> <strong>Birmingham</strong> Slide No: 4<br />
2