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This chapter provides an in-depth examination of the quality assurance process in the higher education system of Iraq and the Kurdistan Region of Iraq (KRI) in terms of standards, processes, and procedures. More specifically, the chapter aims to examine the impact of the quality assurance process on the quality development of education in Iraq and Kurdistan Region, as well as identify the challenges that staff (top management and faculty members) face at various higher education institutions therein. For this purpose, a qualitative/quantitative analysis was conducted, which involved reviewing existing official policies, reports, and forms; interviewing top officials (presidents, vice-presidents, quality assurance directors) at a few higher education institutions (public and private); and developing a survey questionnaire that detected the perspective of top officials and faculty members regarding the level of impact quality assurance has had on the development of higher education. A total of 284 university staff members were surveyed from different universities in Iraq and Kurdistan. A total of 29 universities from Iraq and Kurdistan were represented in the survey. The respondents came from a variety of colleges and departments at public and private universities, with 79% of respondents coming from public universities. Study results demonstrate that quality assurance has contributed significantly to the improvement of university staff performance. There are a number of recommendations made within this chapter for educational leaders, which could lead to the further development of quality practices and the upgrading of the higher education system.

The construction industry is a primary contributor to the development of emerging economies such as the Kurdistan Region of Iraq. However, the sector is underperforming, and products are not meeting expectations. A lack of collaboration is considered a significant contributor to these issues. Various researchers have identified factors to improve collaborative approaches. However, there is still a lack of clear frameworks to help implement collaboration in the construction industry, especially in emerging economies. Therefore, this study aims to develop a framework to implement collaboration in the construction industry.

This article utilises a review of literature, questionnaire and interviews with experts in the construction industry in order to develop a framework to achieve collaboration in construction projects.

The research presents a framework that distributes the factors of collaboration over the project lifecycle stages in accordance with the Royal Institute of British Architects (RIBA) Plan of Work 2007. Each factor is divided into a set of enabling conditions which must be satisfied to ensure that the given specific factors are delivered. Additionally, the framework suggests appointing a collaboration champion at the beginning of the project to manage the process.

The research contributes to scarce literature about collaboration practices in the Kurdistan Region and in emerging economies in general.

The aim of this study is to investigate the gender inequalities in perceived stress and the influencing factors in infertile couples in Iranian society.

This cross-sectional study was conducted on infertile couples who were referring to Kurdistan Infertility Diagnosis and Treatment Medical Center in 2019. Demographic and clinical information questionnaire, Newton's Infertility perceived stress questionnaire, Rosenberg's standard self-confidence questionnaire and the multidimensional scale of social support were used. Multiple linear logistic models were also used.

A total of 560 couples (1,120 people) participated in the study. The average perceived infertility-related stress, self-esteem scores and social support and social-emotional loneliness were 173.95 ± 41.87, 13.99 ± 2.29 and 27.81 ± 7.33, respectively, which were significantly different scores across infertility cause and sex (P < 0.05). Males compared to females had lower perceived infertility-related stress (169.93 ± 42.51 vs 177.97 ± 40.86, P = 0.001) and self-esteem scores (14.33 ± 2.29 vs 13.66 ± 2.24, P < 0.001) and social support and social-emotional loneliness (32.92 ± 9.31 vs 30.94 ± 9.04, P < 0.001). The partners who reported themselves as infertile, compared significantly higher in perceived infertility-related stress than those who reported their spouse being infertile (194.24 ± 35.33 vs 141.90 ± 39.28), lower self-esteem scores (12.77 ± 2.21 vs 13.94 ± 1.56) and social support and social-emotional loneliness score (27.81 ± 7.33 vs 30.11 ± 7.70). Also, after taking potential confounders into account with increase in each score of self-esteem, 12.19 units of stress decreases (P < 0.001, 95% CI: 11.40–12.99) and with increase in each score of social support and social-emotional loneliness, 3.45 units of stress decreases (P < 0.001, 95% CI: 3.28–3.63).

There is perceived stress among infertile couples, and this rate is higher among infertile people and women. Therefore, it seems that specific intervention programs for infertile couples should be implemented based on the results of this study, and their stress levels in a way that self-esteem and support for both partners be increased and the perceived stress among women and infertile individuals be decreased.

Current article aims to investigate the positive link between knowledge sharing (KS), innovative culture (IC), quality of work life (QWL) and innovative behaviours (IB) at higher education institutions in Iraq's Kurdistan Region.

The study's data was gathered from academic staff at various universities in Iraq's Kurdistan Region. A total of 212 data were collected via survey questionnaire and analysed using structural equation modelling.

It was discovered that KS has direct and significant positive effects on IC, QWL and IB; IC had direct positive effects on IB; QWL had no considerable influence on IB and IC had a significant mediation and moderation roles between KS and IB. As a result, it is advised that universities in the region are strongly support IC to increase IB among academicians.

Firstly, the data has been collected during the crises time that the lecturers were not receiving regular salary. This might change their quality work life perception. Secondly, data has been collected only from Sulaymaniyah city; other parts of the Iraq could have different perceptions. Lastly, sample size might be another limitation of the study.

It is recommended that universities in the region should strongly support IC to increase IB among academicians, in terms of providing flexible working schedule and conditions, fair opportunities for promotion, and share decision making responsibilities.

KS and IC has significant impacts on IB among the academicians. Accordingly, university administrative should improve policies increase KS behaviours and provide IC that academicians feel more comfortable culture to be innovative. Therefore, current paper recommends, tolerance to failure, openness to new ideas and participation to the decisions to improve IB among the academicians.

The paper is important that investigate KS and IC at the higher education institutions in Kurdistan region. Further, QWL perception has been investigated respectively. However, it has been observed that lecturers do not have quality of life perception at the investigated period of time.

Spaciousness is defined as “the feeling of openness or room to wander” that has been affected by various physical factors. The purpose of this paper is to assess the spaciousness of space to determine how spacious the space is. Furthermore, the study intends to propose a fuzzy-based model to assess the degree of spaciousness in terms of physical parameters such as area, proportion, the ratio of window area to floor area and color value.

Fuzzy logic is the most appropriate mathematical model to assess uncertainty using nonhomogeneous variables. In contrast to conventional methods, fuzzy logic depends on partial truth theory. MATLAB Fuzzy Logic Toolbox was used as a computational model including a fuzzy inference system (FIS) using linguistic variables called membership functions to define parameters. As a result, fuzzy logic was used in this study to assess the spaciousness degree of design studios in universities in the Iraqi Kurdistan region.

The findings of the presented fuzzy model show the degree to which the input variables affect a space perceived as larger and more spacious. The relationship between parameters has been represented in three-dimensional surface diagrams. The positive relationship of spaciousness with the area, window-to-floor area ratio and color value has been determined. In contrast, the negative relationship between spaciousness and space proportion is described. Moreover, the three-dimensional surface diagram illustrates how the changes in the input values affect the spaciousness degree. Besides, the improvement in the spaciousness degree of the design studio increases the quality learning environment.

This study attempted to assess the degree of spaciousness in design studios. There has been no attempt carried out to combine educational space learning environments and computational methods. This study focused on the assessment of spaciousness using the MATLAB Fuzzy Logic toolbox that has not been integrated so far.

Globally, higher education institutions have become reliant on a quality assurance (QA) system over the past four decades. QA is considered to be one of the most important drivers of continuous improvement and an essential tool for promoting excellence in teaching, learning, and research. It provides a framework for establishing and maintaining standards, and for assuring stakeholders that programs and services meet or exceed these standards. Despite the wide range of quality assurance models available to higher education institutions, there remains considerable debate over which model is the most effective, as well as what criteria should be used for evaluating the effectiveness of these models. Universities in the Middle East have tried to adopt different models of QA that can meet their needs and expectations and provide a framework for continuous improvement. A major objective of this book is to provide an overview account of the QA process as implemented in the higher education systems of a number of Middle East countries, including Egypt, Iraq, Lebanon, Saudi Arabia, and the United Arab Emirates. This book lays out essential theoretical and practical insights into the role of QA policies and practices in higher education in the Middle East countries and builds upon this idea to provide a blueprint for future academic leaders in these countries and other Middle Eastern countries to enhance their QA policies and practices and drive higher education in those countries forward.