The purpose of this article is to design a model for integrating management systems in organizations. The most significant integrating models in the existing literature were reviewed، strength and weaknesses of these models were compared and finally a model was adopted. This model incorporates most of the strengths of former models in the literature. The “Integrated Management System” model، proposed in this study، is based on common features of three main management systems: quality management system ISO 9001، environmental management system ISO 14001، and occupational health and safety management system OHSAS 18001. The contribution of the model proposed in this paper is that it combines all the clauses and sub-clauses of the standards mentioned above. This model also develops a new integrated management system.

The study purpose to develop managerial competency model in Isfahan Province Gas Company. Semi-structured interviews and Managerial Competencies Questionnaire were conducted with 15 managers selected purposefully (maximum variation sampling) from among the different levels of management in Isfahan Gas Company. Also, Gas monthly magazine (Nedaye Gas), job description of managers, web sites of National Iranian Gas Company and thirty provinces studied. Then concepts were collected and categorized into 8 main categories and 78 sub categories. Finally، reliability and validity of model accepted.

Dashboards are important tools for monitoring the performance of the organization and the decisions of managers, so their proper design in an integrated and orderly manner, taking into account the needs of customers and users and in accordance with organizational goals, is essential. The purpose of this study is to provide a framework for designing management dashboards with QFD approach. For this purpose, after in-depth study in literature review, a conceptual research model was proposed, then using a mixed exploratory research Approach, management dashboard design framework, was presented. The statistical population of the qualitative section included 40 articles out of 452 articles related to the period 2005 to 2020 and related to dashboard topics and its design, which was done by Meta-Synthesizing method. Also, in quantitative part of the research, in order to validate the proposed framework and screen the indicators, fuzzy Delphi technique was used. The statistical population at this stage was 18 managers in different fields and 12 IT specialists and thus the framework. The design of management dashboards consisted of 4 dimensions, 11 components and 102 final indicators.

The aim of this study is to link drought monitoring systems to management actions in surface water systems. For this purpose drought early warning system is applied. In order to assess the proposed approach, water resources system of Zarine-rud River and Reservoir was used. Management actions includes utilizing coefficients that decrease the release from the reservoir. In each drought warning level, a reduction coefficient is computed by a Multi-Objective Genetic Algorithm. Utilizing the model during the entire historic period, the number of alerts is decreased on levels two to four by 18, 80, and 10%, respectively. Also, by applying reduction coefficients during index drought period, deficits above 80% decreased to less than 50% over six months. The effect of model in condition of supplying the environment water right of Urmia Lake is also evaluated. Applying reduction coefficients during index drought, the deficits above 50% is decreased to less than 30% over 14 months. This research showed that model had an appropriate function in warning declaration in long term periods. The assessments indicated the achieved results from the model are accurate and acceptable and therefore the application of this method is recommended.

This research is a descriptive correlational study in terms of applied purpose and in terms of research method, because in addition to describing the current situation, it tests hypotheses in terms of prediction-based relationships and seeks to determine the effectiveness of each variable using  It is a linear regression test and because its results can be used in export companies of West Azerbaijan province, it is of practical type.  The statistical population of this research is all managers of export companies in West Azerbaijan province.  The total number of companies is 108 companies.  Due to the fact that the size of the statistical population is limited and specific, Morgan table was used to determine the sample size, according to which 85 companies were selected as the sample size.  The sampling method used in this research is simple random sampling method.  In this research, the data collection tool is a researcher-made questionnaire.  SPSS software was used to analyze the data of this research.  The results indicate that many factors have a positive effect on the design of intelligent systems of management decisions in international marketing and export development of West Azerbaijan province.