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This study sought to better understand how to support and plan for a collaborative effort that brought educators together from three universities in the United States and Pakistan. This project sough to foster collaborative relationships between the two countries by expanding knowledge, collaboration, and capacity in middle schools in the Punjab region of Pakistan with a particular focus on underrepresented students and middle grades STEM instruction.

This study was informed through the use of formative survey data gathered from the workshop participants throughout the course of the week. The researchers conducted pre and post surveys of 22 participants using Likert scale items.

This project provided insights regarding curriculum alignment, engaging communication, teacher-centered formative data. These findings offered insights on how to grow as reflective practitioners and researchers, and how to form a robust multi-national professional learning community.

The survey data were gathered from participants who willingly sought professional development in one region of Pakistan. The sample was small (four participating middle schools and one local university) and thus the findings cannot be necessarily generalized to a greater population.

This project provides practical insights of how teams can work together in regard to building a professional learning community. Teams can plan with intentionality, foster various modes of discussion, and empower both teachers and students to inquire, solve problems, and share their insights.

The STEM topics in this study are important across continents. Navigating time constraints and distance is feasible through communication, attention to objectives and clarity in goals, and a desire to learn outside of one’s usual comfort zones.

This project was unique in the time and space in which it was designed and implemented, yet it offers value in fostering ongoing collaboration through various modalities and in being intentional in the planning process.

This chapter explores theory and local context of socially constructed pandemic fears during COVID-19; how material and non-material fear objects are construed, interpreted and understood by communities, and how fears disrupt social norms and influence pandemic behavioural responses. We aimed to understand the lived experiences of pandemic-induced fears in socioculturally diverse communities in eastern Indonesia in the context of onto-epistemological disjunctures between biomedically derived public health interventions, local world views and causal-remedial explanations for the crisis. Ethnographic research conducted among several communities in East Nusa Tenggara province in Indonesia provided the data and analyses presented in this chapter, delineating the extent to which fear played a decisive role in both internal, felt experience and social relations. Results illustrate how fear emotions are constructed and acted upon during times of crisis, arising from misinformation, rumour, socioreligious influence, long-standing tradition and community understandings of modernity, power and biomedicine. The chapter outlines several sociological theories on fear and emotion and interrogates a post-pandemic future.

For the past twenty‐five years or so, the writings of George Orwell — especially his final novel 1984 — have been a popular topic for student research. From junior high through graduate school, interest in Orwell has been consistent. Book reports, term papers, and even seminars on Orwell are common‐place in the national curriculum. Now, as the year 1984 arrives, librarians at all levels — public, school, academic — must brace themselves for a year‐long onslaught of requests for biographical and critical material on Orwell.

This book facilitates the existing dialogue between community sociologists and environmental sociologists on the ecological and social significance of place, the challenges of local sustainability, and local environmental politics. Even after many years into this general intellectual discussion, much remains to be clarified, defined, explained, and understood if we are to provide other concerned actors with meaningful social scientific insights. As such, we conclude this chapter by briefly identifying seven fruitful avenues for future research that follow directly from the contributions to this book.

The purpose of this study is to examine the impact of using proportional representation system on the fragmentation of the party system in the Algerian political system within the period from 1997 to 2017, in which Algeria has experienced five legislative elections regularly every five years by testing a hypothesis about adopting the proportional representation system on the basis of the closed list during the foregoing legislative elections has obviously influenced the exacerbation of the Algerian party system’s fragmentation, compared to other factors.

The essence of the theoretical framework of this study is to address the effect of the electoral system as an independent variable on the party system as a dependent variable. The starting point for that framework is to reassess the “Duverger’s law,” which appeared since the early 1950s and has influenced the foregoing relationship, and then to review the literature on a new phase that tried to provide a more accurate mechanism for determining the number of parties and their relative weight, whether in terms of electoral votes or parliamentary seats. This means that researchers began to use a measure called the effective number of parties (ENP) for Laakso and Taagepera since 1979. The study elaborates the general concepts of the electoral system and the party system. It used Laakso, Taagepera index of the “ENP” to measure the phenomenon of fragmentation party during the five legislative elections from 1997 to 2017 in Algeria.

The results of the study reveal that the proportional representation electoral system – beside other factors – had clear impacts on the fragmentation of the Algerian party system by all standards, whether on the level of the apparent rise in the number of the parties represented in the Algerian parliament from 10 parties in 1997 election to 36 parties in 2017 election or according to the index of Laakso and Taagepera (ENP). The average number of effective number of electoral parties in the five elections was around 7.66, and the average number of effective number of parliamentary parties in the five elections was around 4.39, which puts Algeria in an advanced degree of the fragmentation of the party system.

This study about the phenomenon of the fragmentation of the party system, which is one of the new subjects in the field of comparative politics – globally and in the Arab world. Hence, the value of this study aims to shed light on this mysterious area of science, the fragmentation of the party system in the Algerian political system during the period from 1997 to 2017.

Technology is a combination of tools and crafts, a balance of hardware and software. Hospitality technology has advanced through innovation in the application of both machines and tools, and systems and organizations. The purpose of this paper is to offer perspective on past technological advancements and some predictions for those just on the horizon in the hospitality field.

The paper reviews the definition of technology and the changes that have occurred in the hospitality industry in relation to the technology used. It then goes on to make some forecasts about the use of technology for the future through past studies and an insight into the technology of today.

Technology is heading in a direction that will produce more dramatic change than at any time over the past 100 years. Expected changes are to turn the hospitality industry from the age of labor to the age of wireless – as equipment becomes more efficient, less labor will be required. As the consumers and employees become more wireless in their orientation, restaurants, and hotels must be accommodating to these changes.

Restaurants and hotels are adapting to technology at a slower pace than other organizations and that could mean problems as the technology continues to change at an extremely rapid rate over the next decade. The changes that are occurring will help with human resource practices in screening applications, bringing more knowledge of the brand to consumers and employees, processing of orders in a more efficient way, and eliminating some of the inefficiencies of old.

The paper takes a look at the past and projects the current scenario related to technology and hospitality into the future. Human resource practices will change as the technology for training and recruiting gets more cost‐effective, and guest services will improve as marketing can be done to the guests where they live – online and wireless.

The purpose of this paper is to discuss the design and manufacture of an intake system for a 600cc Formula Society of Automotive Engineers engine. Owing to the inherent geometric limitations imposed by the existing manufacturing process (bending and welding of aluminum), it is difficult to design and fabricate an intake manifold system in which pressure losses are kept to a minimum and equal charge is provided to each cylinder. The aim is to develop a fabrication process that circumvents these limitations.

Fused deposition modeling (FDM) is used to create an intake system (consisting of a plenum, plenum elbow, and cylinder runners) that is then later covered in layers of carbon fiber composite fabric through vacuum bagging. FDM allows for geometric design freedom, while the layup of a composite material (and its associated high‐temperature resin) provide the strength and heat‐resistivity necessary for this application.

As a result of this approach, a functional intake manifold is created that survived the high temperatures and pressures of the turbo‐charged engine. The process allowed the geometry of the intake to be redesigned, resulting in reduced weight (due to lower material density and lack of welds, hose clamps, and silicon couples), improved charge distribution, and increased torque through a wide RPM range when compared to its traditionally manufactured aluminum counterpart.

The approach described in this paper shows that a functional, end‐use intake manifold can be produced by the combination of FDM method and subsequent lamination of a carbon‐fiber composite material. The approach enables the geometric freedom to improve manifold design, resulting in improved vehicle performance.

This case study presents a low‐cost manner of directly manufacturing functional parts through the combination of FDM and composite material layup.