Error orientation in a decision-making simulation program: differences between promotion vs. prevention focus

Area of Science:

• Organizational Psychology
• Cognitive Science
• Human Factors Engineering

Background:

• Work environments increasingly demand adaptive learning from errors and setbacks.
• Previous research suggests errors can boost motivation, creativity, and problem-solving, but this is influenced by individual and contextual factors.

Purpose of the Study:

• To experimentally analyze how error promotion versus error prevention frames affect performance and decision-making in a complex simulation.
• To investigate the role of individual attitude towards errors in these processes.

Main Methods:

• An experimental design with 40 employees from a Spanish transportation company.
• Participants completed an Error Orientation questionnaire.
• Assigned to either an error promotion or error prevention condition for a complex decision-making simulation task.

Main Results:

• Individual error orientation, particularly risk-taking and communication, correlated with final performance.
• The experimental condition significantly influenced decision-making time after negative feedback and overall task completion time.
• The error prevention frame led to significantly longer task completion times.

Conclusions:

• Individual differences in error orientation play a role in performance within complex tasks.
• Framing (promotion vs. prevention) impacts decision-making speed, with prevention frames potentially hindering progress.
• The optimal frame likely depends on the specific demands of the task, balancing flexibility with certainty.