How Can a University Course Turn Workplace Conflicts into Opportunities?

Workplace conflict and aggression are more common than we think, especially in high‑pressure sectors. A multidisciplinary team from the University of Pisa has designed a training protocol that blends theory lessons with immersive role‑plays, aimed at boosting conflict prevention and crisis management skills. The project started in veterinary medicine, where dealing with stressed clients is daily, but the methods can be applied to any profession requiring intense interactions, such as retail, tourism, or healthcare.

During the course, participants face simulated scenarios that mirror real‑life tension: angry customers, colleague disputes, or sudden emergencies. These exercises teach them to spot warning signs, communicate clearly, and stay calm. After the training, a dedicated efficacy scale showed significant improvements across all assessed skills, with p‑values < 0.001 for each item.

The results reveal not only better conflict‑resolution abilities but also higher self‑confidence. The next step is to integrate virtual reality and AI‑driven avatars, making simulations even more realistic and fostering lasting behavioral change. Such an innovative approach could become the benchmark for workplace mental health.

The Pisa protocol rests on established principles of organizational psychology and occupational medicine. The instructional phase employs the assertive communication model, distinguishing between "I" statements (expressing personal needs) and "you" statements (accusations or judgments). In role‑plays, avatars are programmed to react to non‑verbal cues such as posture and tone, allowing participants to practice reading micro‑expressions. The custom efficacy scale includes 12 items assessing: emotional trigger recognition, de‑escalation ability, active listening techniques, and self‑rated resilience. Statistical analysis used Wilcoxon tests to compare pre‑ and post‑scores, ensuring robustness even with small sample sizes. Future VR integration envisions 3D environments with haptic feedback, while AI avatars will feature natural language models to generate contextual real‑time responses. This hybrid approach aims to transfer classroom‑learned skills to real‑world situations, narrowing the gap between theory and practice. Moreover, the protocol’s replicability is supported by an open‑access operational manual, enabling institutions worldwide to adapt content to local regulations and organizational cultures.