Key research themes
1. How can HACCP be effectively applied and assessed in food and drinking water production to identify and control critical hazards?
This theme investigates practical implementations and evaluation methodologies of HACCP systems specifically in food manufacturing and drinking water industries. It emphasizes systematic hazard identification, the determination of critical control points (CCPs), and the development of procedures to monitor and verify food and water safety. Assessing HACCP effectiveness within operational contexts is crucial to ensure consumer safety, regulatory compliance, and continuous improvement of quality control processes.
2. What methodologies exist for systematic hazard identification, risk assessment, and risk control in industrial and construction environments, and how do they support HACCP implementation?
This theme explores structured hazard identification and risk management methods such as HIRARC, HAZOP, FMEA, and risk matrices within industrial and construction sectors. These methodologies support HACCP by systematically identifying hazards, assessing associated risks, and recommending control measures. Their application enhances occupational safety and aligns with food safety management requirements, particularly in processes adjacent to food production or critical infrastructure.
3. How can emerging risk assessment models and multi-criteria decision-making methods enhance hazard analysis and control, particularly in complex industrial systems?
This theme addresses advanced methodologies integrating multi-criteria decision-making (MCDM), dynamic modeling, and probabilistic safety assessments to improve accuracy and robustness in hazard identification and risk prioritization. These approaches extend traditional HACCP frameworks by quantifying risks under uncertainty and coupling multiple hazard scenarios, thereby supporting comprehensive control strategies in complex or interconnected systems such as nuclear plants, cyber-physical systems, and chemical industries.