🧠 ENGYKO Ecosystem
ENGYKO HRA
Human Reliability and Organizational Performance Analysis.
Integrating Engineering, Psychology, and Operational Culture to reduce errors and improve resilience.
Disciplines
ENGYKO HRA Subject Areas
An integrated framework that unites engineering, operational psychology, and organizational culture to reduce human error and strengthen system reliability.
Mental load, perception, attention, and decision-making under pressure. Understanding human processing in complex operational environments.
Procedure compliance, execution rigor, and reliability culture. Systems that sustain reliable performance over time.
Quantitative and qualitative HRA models: HFACS, THERP, SPAR-H, HEART. Systematic identification of human failure modes and their consequences.
Adaptation to disruptions, operational recovery, and systemic learning. Building organizations that absorb and overcome variability.
Applications
HRA Tools & Methodologies
Specialized techniques to evaluate, design, and optimize human performance in critical industrial systems.
Application of quantitative and qualitative methodologies — THERP, SPAR-H, HFACS, HEART — to assess the probability of human error in critical tasks and protection systems.
Task analysis (HTA, SHERPA), cognitive ergonomics, and human-machine interface evaluation for operators in control rooms, field, and high-demand environments.
Optimization of procedures, HMI interfaces, and workflows to reduce cognitive load, improve situational awareness, and decrease execution errors.
Cases
Mejores Prácticas y Cases de Aplicación
Real-world HRA implementations in industrial environments with measurable results in error reduction and organizational culture.
Application of HFACS and THERP during shutdown planning to identify human failure modes, reduce procedural incidents, and improve operational discipline.
HFACS · Shutdown · Discipline
Human reliability culture strengthening program integrating HRA, technical leadership, and organizational learning for operations and maintenance teams.
Culture · Leadership · Learning
Diagnosis and improvement of situational awareness in control room operators through cognitive load analysis, interface design, and critical scenario simulations.
SA · Control Room · Cognition
Design and implementation of post-event learning systems, change management, and organizational adaptation to sustain resilience against disruptions and emergencies.
Resilience · Change · Adaptation
Network of Environments
Parte del ENGYKO Ecosystem
ENGYKO HRA works in synergy with the other environments to build fully reliable operations — from assets to people.
Engineering, maintenance, RCM, and industrial asset performance.
Industrial safety, permits, hazardous energies, risk, and PSM.
Operational excellence, shutdowns, and disciplined process execution.
Technical leadership, operational communication, and decision-making.