Emergency response training: strategies for enhancing real-world performance

Area of Science:

• Nuclear engineering
• Occupational safety
• Emergency preparedness

Background:

• Routine operational training differs significantly from emergency response training.
• Emergency response training faces unique challenges including long-term retention, generalization of learned skills, and effective teamwork under stress.
• Effective training is crucial for nuclear power plant personnel to manage accident conditions.

Purpose of the Study:

• To identify and address the key challenges in emergency response training for nuclear power plant personnel.
• To propose specific modifications to improve the effectiveness of emergency response training programs.
• To enhance the preparedness of personnel for accident conditions.

Main Methods:

• The study identifies three primary problems in emergency response training.
• It proposes nine distinct modifications to existing training programs.
• The focus is on improving the retention, generalization, and teamwork aspects of training.

Main Results:

• Emergency response training requires overcoming challenges in memory retention over extended periods.
• Training must enable personnel to generalize skills from training conditions to actual emergency scenarios.
• Developing effective teamwork mechanisms is critical, especially when retention and generalization are limited.

Conclusions:

• Nine modifications are presented to enhance emergency response training effectiveness.
• These modifications aim to improve nuclear power plant personnel's ability to respond to accident conditions.
• Optimized training is essential for ensuring safety and mitigating risks during nuclear emergencies.