GPS Antenna and Enhanced GPS Systems
RAMS analysis and Electromagnetic Compatibility (EMC)
The European Commission proposes 2021 as the European Year of Rail
Design for safety: Design strategies to generate safe systems
The reliability. The R for RAMS
The complexity of implementing experience return processes
Black Swans: The Limits of Statistical Modeling in Risk Management
ISO 31000 - Holistic risk management in organizations
What is an FMECA?
The importance of Interoperability in the design pase
What is a FRACAS (Failure Reporting Analysis and Corrective Action System) system for?
How do we apply the Railway RAMS (EN50126) in non-electronic systems?
Methods for evaluating the reliability of a system
RAMS Requirements in Electronic Interlocking Design
What is a PHA (Preliminary Hazard Analysis), what is it for and how is it constructed?
The importance of human factors in the rail industry
PROACTIVE Indicators of Safety Management Systems (SMS)
Risk acceptance methods and criteria: ALARP, CBA, MEM and GAME
Levels of safety integrity: ASIL, DAL and SIL
Risks associated with the station platforms. The behavior of the passengers
What is Functional Safety?
The Safety Culture associated with a Safety Management System
What are the 5 Safety Studies that can be requested from us in a railway project?
LCC - Life Cycle Cost and RAMS. Strategy for making decisions about the real cost of the equipment or systems.
Evaluation of aerodynamic risks on station platforms
Advanced RAM Analysis Methods: Markov Models
Advanced RAM Analysis Methods: Monte Carlo Simulation
The Bow-Tie method and safety barriers for risk modeling in RAMS Engineering