Abstract: According to the present disclosure, a method for evaluating Quality, Health, Safety, and Environment (QHSE) data can include providing a user interface. A preferred group of analysis algorithms can be identified, automatically with the one or more processors, from a set of analysis algorithms based upon category selections. The QHSE data can be analyzed, automatically with the one or more processors, with the preferred group of analysis algorithms. Posterior testing can be performed, automatically with the one or more processors, on each of the preferred group of analysis algorithms. A validation object can be provided and can selectively provide results of the posterior testing indicative of a fit between the QHSE data and one of the preferred group of analysis algorithms.

Abstract: Disclosed is an iterative method, system, and user interface for analysis, pattern detection, and predictive modeling of quality, health, safety, and environmental (QHSE) from multiple, disparate sources. This iterative method, system, and user interface makes use of user generated qualitative and quantitative data from multiple quality, health, safety, and environmental sources. Sources include; monitoring systems, witness accounts, benchmarks, and other measurement apparatuses from single or multiple geographic locations. Data is acquired, categorized, aggregated, formatted, and isolated through pre-analysis algorithms. The isolated data of significance is then analyzed through an iterative methodology of user selected algorithms. The results go through a series of post-analysis testing to determine the effectiveness of the analysis.