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Alireza Pakdel, Mohsen Shams, Soheila Rezaei, Ali Mousavizadeh, Narges Roustaei, Mohammad Mehdi Baneshi,
Volume 15, Issue 2 (8-2022)
Abstract

Background and Objective: Increasing the level of health awareness of food preparation and distribution staff can have a direct impact on improving the level of public health in the community. Education can change people's knowledge, attitudes, and practices. Health education courses that provide integrated education as well as to other education systems, include educational inputs, processes, and outputs. The objective of this research is to evaluate these elements of the educational system of health education courses in Shiraz.
Materials and Methods: The current study evaluated the educational input, process, and output of 7 current health education institutions in Shiraz. Factors that influence the input of educational courses were evaluated using an inspection checklist of health education courses, the educational process was measured employing a satisfaction survey, and the educational output was assessed through a checklist of inspection of Article 13 of the Regulations. The health performance of 160 guild health certified units and 160 uncertified education units was analyzed as a criterion for effectiveness. Data were analyzed using the IBM SPSS21 software. Data related to the assessment of the input and educational process were analyzed using the Spearman correlation coefficient. Mann-Whitney and Kruskal-Wallis non-parametric statistical tests were also used for cross-group comparisons of output evaluation data.
Results: The findings of the educational input evaluation showed a strong correlation and a significant relationship between the overall evaluation score of the educational courses and the "observation" (0.96) "educational course principal" (0.94). Also, in the process evaluation, the "educational environment" and "general educational programs" with correlation coefficients of 0.99 and 0.84 had the most correlation with the overall process evaluation score. In all the health fields studied, there was a significant difference (p = 0.001) between the average score obtained for educational courses with and without certificates. There was a significant difference (p <0.0001) between the mean score obtained by public health with and without health certification. The average score obtained by the certified public and non-public places was 91.81 and 70.71, respectively.
Conclusion: Health education can have a major impact on people's health performance. Some of the elements that make up the educational output have a greater impact on achieving the desired educational output. For example, the revision and updating of the educational content and the development of the educational program according to all groups of learners can improve the performance of the learning process and the satisfaction of learners.
 

Fatemeh Zoormand, Ghasem Hassani, Narges Roustaei, Soheila Rezaei,
Volume 18, Issue 1 (5-2025)
Abstract

Background and Objective: The rapid development of technology in recent decades has led to a significant increase in the consumption of electronic products, with global e-waste generation reaching approximately 2.5 million tons per year. However, there is limited local data on the amount of e-waste produced. This study aims to estimate the quantity and composition of valuable and hazardous components in e-waste generated by households and government offices in Abadeh Tashk.
Materials and Methods: A questionnaire was used to determine the number of 27 types of electrical and electronic equipment present in 200 households and 40 government offices in Abadeh Tashk city in 2022. The production of e-waste was then estimated using the consumption-and-use method, based on the average weight and lifespan of the equipment. Valuable components such as iron, copper, aluminum, plastic, silver, gold, tin, and zinc, along with hazardous components including cobalt, barium, arsenic, antimony, chromium, nickel, lead, and mercury, were identified and quantified.
Results: It was estimated that households generated 25 kg/year of e-waste per household, equivalent to 7.9 kg/year per capita. Government offices produced a total of 3.53 tons/year of e-waste. The total weight of valuable components was 574.85 kg for households and 24.41 kg for government offices, while the total weight of hazardous components was estimated at 25.99 kg and 1.07 kg, respectively. Iron and plastic accounted for more than 70% of the valuable components, while arsenic and lead constituted over 60% of the hazardous components in these wastes.
Conclusion: Considering the significant presence of valuable components in the e-waste of Abadeh Tashk city and the potential for their recycling, as well as the environmental and health risks posed by hazardous components, effective planning for e-waste management is essential. Such efforts could mitigate adverse effects on human health and the environment while promoting resource recovery.
 


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