- Supply Chain Management, Operations Management, Logistics, Sustainable Development, Lean Production (Production), Lean Manufacturing, and 9 moreEthics & Compliance Management, Six Sigma, Risk Management, Performance Management, Quality, Reliability & Maintenance, Maintenance Engineering and Management, Industrial Engineering, Production Planning, and Production Managementedit
Research Interests:
Research Interests:
Defining means to assess safety performance and delve into their causes is one of the current and future challenges of the ATM sector. Following the experiences of the Aerospace Performance Factor by FAA and EUROCONTROL, this research... more
Defining means to assess safety performance and delve into their causes is one of the current and future challenges of the ATM sector. Following the experiences of the Aerospace Performance Factor by FAA and EUROCONTROL, this research aims to apply the Analytic Hierarchy Process (AHP) in order to build synthetic and user-friendly safety reactive indicators. Therefore, it describe the process for evolve these indicators to a proactive perspective, in order to forecast future safety performance. This concept has been possible through the development of a statistical model of safety events, combining in a Monte Carlo simulation the results emerged from the literature analysis with the analytical models of historic data interpretation. Through the analysis and combination of the safety events over time (accidents, incidents and issues) and the relative control charts, this model will pinpoint critical situations and will address the interventions of the decision makers.
Research Interests: Engineering, Safety Engineering, Air Transport, Monte Carlo, Aeronautics and Aerospace Operations, and 14 moreAir Transportation Systems Engineering, Urban And Regional Planning, Analytic Hierarchy Process, Prevention, Air Traffic Management, Time series analysis, Safety, Air traffic control, Ahp, Analytical Hierarchy Process (AHP), Mixture Model, Safety Science, Air Transport Management, and Air Transportation Management
Research Interests: Supply Chain Management, Operations Management, Operations Research, Production, Logistics, and 14 moreModeling and Simulation, Industrial Engineering, Supply Chain, Statistical Process Control, Simulation, SPC, Mathematical Sciences, Inventory Management, Smoothing, Real Time, Bullwhip effect, LOGISTICS & SUPPLY CHAIN MANAGEMENT, Control chart, and Supply chain performance
Research Interests: Supply Chain Management, Operations Management, Operations Research, Forecasting, Modeling and Simulation, and 10 moreIndustrial Engineering, Supply Chain, Statistical Process Control, Simulation, SPC, Production and Inventory planning and control systems, Mathematical Sciences, Inventory Management, Bullwhip effect, and Demand Forecasting
Research Interests:
Research Interests: Supply Chain Management, Operations Management, Operations Research, Inventory Control, System Dynamics Modeling, and 10 moreModeling and Simulation, Industrial Engineering, Supply Chain, Simulation, Production and Inventory planning and control systems, Inventory Management, Supply Chain dynamics, Bullwhip effect, Control chart, and System Modeling and Simulation
Abstract Simulation games have been utilized as an educational tool in order to complement the traditional teaching methods. They have been widely applied in the teaching of different subjects such as business management, nursing, and... more
Abstract Simulation games have been utilized as an educational tool in order to complement the traditional teaching methods. They have been widely applied in the teaching of different subjects such as business management, nursing, and medicine. This paper proposes a new simulation game which simulates a production system that consists of a set of machines, conveyors, and other components.