سعید کاظمی

The quality of education and educational planning, during the past years, has attracted the attention of policymakers as a challenge and concern, on this basis, the present research aims to find out the complications of organizational education with the approach of empowering resources. It has been carried out in Qom municipality complex.

It is a qualitative research method that was identified through Delphi, the dimensions, components and indicators based on the Fpss model. In this section, experts who are proficient in the subject with a doctorate degree were selected through targeted sampling based on theoretical saturation of 12 people. The method of collecting information is library and field. The tool of data collection was a questionnaire, the validity and reliability of which was confirmed. SPSS software was used in this research.

According to the Delphi technique, four structural, functional, process and system areas with ten injuries in each area were among the injuries of the education of government employees, which from the point of view of the statistical community has led to the emergence of challenges in the field of empowering the employees of the collection. That is, with the problems of organizational training, the level of employee empowerment has also been affected. Also, the weak realization of goals and the weak application of employee training in the field of training employees, along with little attention to the evaluation of training courses and the minimal use of the results of evaluations in the improvement of training processes. In the training of employees, it was placed at the top of the damage of functional requirements.

In four structural, functional, process and system areas in the field of education of government employees, there were educational injuries, each of which has an effect on the empowerment of employees.

In this article, the role of moorings in the heave and pitch movements of the semi-submersible platform is investigated due to the increasing use of these platforms in deep waters. Improper movements of the platforms can cause instability of the structure and disrupt its performance. In order to analyze the movements of the platform, taking into account the role of moorings, the numerical simulation of Amir-kabir platform with different mooring modes has been performed as a nonlinear analysis in the time domain using Orca-flex software. By examining 52 different mooring compound models in three stages, 5 mooring compound models have been introduced in terms of the motion response of the semi-submersible platform in the heave and pitch. The results show that the independent combination of catenary and tensile moorings, in addition to the overall reduction of the length of the moorings, causes optimal behavior in the heave and pitch movements of the semi-submersible platform.

The works and ideas of Shaykh al-Tusi, a renowned scholar in the Imami theological school and the head of the theological seminary in Baghdad, have always been influential and inspiring. His distinct viewpoint on human beings has profoundly shaped his ethical theory. This article employs a descriptive-analytical approach to explore the theological foundations and perspectives of Shaykh al-Tusi concerning the existential aspects of human beings and to clarify their impact on his ethical theory. Shaykh al-Tusi adopts a virtue based and deontological approach to ethical obligations, emphasizing the inherent nature (fitrah( and its role in ethics. He highlights the self-evident nature of innate moral judgments and propositions, giving priority to rational knowledge in this regard. This approach reflects a foundationalist framework in justification, acknowledging self-evident truths in theoretical and practical wisdom. Furthermore, Shaykh al-Tusi views adherence to innate propositions as the catalyst for moral flourishing and ethical development, indicating his inclination towards ethical realism and cognitivism.

A study was conducted on the initial stages of floating wind turbines design, which face significant challenges. The research focused on the comprehensive investigation of the aerodynamics of wind turbines, hydrodynamics of floating platforms, and dynamics of mooring lines. The study also examined the interaction between these components and their effects on each other. The research introduced a new design for the heave plate, optimizing its dimensions for supporting a 5-MW wind turbine in deep offshore waters near Jask Port in the Oman Sea. Through numerical simulations, the study evaluated the coupled dynamic responses of the floating wind turbine system to wave loads, currents, tides, and winds. The findings demonstrated that the optimized heave plate effectively met operational requirements under normal and severe conditions. Additionally, the study highlighted the superior performance of the optimized heave plate in the structural-wave interaction, providing satisfactory results.

This study aims to explore the impact of big data on product development strategies within startups, focusing on how it influences innovation, operational performance, and market competitiveness. This qualitative research employed semi-structured interviews with managers and experts from various startups actively utilizing big data in their operations. The study design facilitated an in-depth understanding of the practical applications, challenges, and opportunities presented by big data in the context of startups. Three main themes were identified: "Product Development Strategies," "Challenges of Using Big Data," and "Opportunities Arising from Big Data." Each theme comprised several categories, including market analysis, product innovation, customer engagement, data management challenges, data accuracy and security, new customer insights, product optimization, and new product development. The study concludes that big data plays a crucial role in enhancing the innovativeness and competitiveness of startups by providing valuable insights for product development and market strategies. However, startups face challenges related to data management, accuracy, and security that must be addressed to fully leverage big data's potential.

This study aims to explore how IoT technologies can enhance the efficiency, transparency, and flexibility of supply chains in startup businesses, addressing the potential benefits and challenges. A qualitative research methodology was adopted, utilizing semi-structured interviews with 22 participants from various startup companies engaged in supply chain operations. Data analysis was performed using thematic analysis to identify key themes and concepts. The research findings indicate that IoT technologies significantly contribute to improving supply chain efficiency, transparency, and flexibility. Furthermore, the integration of IoT with blockchain technology enhances trust and security within supply chains. However, data security and privacy concerns were identified as major challenges. The study concludes that IoT technologies hold substantial potential to provide competitive advantages to startup businesses in their supply chain operations. Effective management of security and privacy challenges is crucial for maximizing the benefits of IoT integration.

Cerebrovascular Accidents (CVA) refers to any kind of damage caused by direct or indirect damage to the brain and its related elements. About 60% of brain injury victims have a permanent disorder. The purpose of this study was to investigate the effect of a 12-week selected training protocol on men walking following brain injury.

In a semi-experimental study, 30 male subjects with a mean and standard deviation of 52.2 ± 5.4 years, weight 78.8 ± 5.3 kg and height of 173.2±4.2 cm were selected purposefully and accessible with inclusion and exclusion criteria. The participants were randomly divided into experimental (n = 15) and control groups (n = 15). In order to evaluate the gate with an accelerometer, the kinematic variables of speed, step acceleration, step length, track increment, walking rate and walking similarity with healthy subjects were examined. Data were analyzed by independent t-test and dependent t-test using SPSS-21 software at P≤0.05 level.

findings showed that, effect of selected exercises on walking and its kinematic variables (speed, step acceleration, step length, track increment, change in walking and walking similarity to healthy subjects) were significant (p = 0.00).

From the findings of this study, it can be concluded that the special exercises of the present study have a positive effect on gate parameters of male patients with CVA, so it can be recommended as one of the most important rehabilitation strategies for these patients.