scholarly journals Israel and Migration of High Skilled Workforce: Brain Drain and the Possibility of Replenishing the Market with High-Quality Human Capital

2019 ◽  
Vol 12 (4) ◽  
pp. 201-215
Author(s):  
D. A. Maryasis

International labor migration is one of the most important elements of the modern global economy. Amid growing knowledge economy, migration of highly skilled specialists plays an increasingly important role. For Israel, as an immigrant society, migration issues have been of paramount importance since the early days of the independent state. However, in the first decades the discussion focused mainly around the influence of immigrants on the economic development of the country and identification of the most effective ways to adapt immigrants. At present, the Israeli economic model is built in such a way that the institutions of the knowledge economy are at its core, that requires a significant amount of labor with an appropriate level of skills. At the same time, today Israel witnesses emigration of such specialists, mainly to the United States. This paper is devoted to the analysis of the current situation. The article substantiates the relevance of the chosen topic not only for Israel, but also for other economically developed countries and gives a brief bibliographic review in the field. Next, the author analyzes the tendencies of high skilled work force immigration to Israel at the present stage through the analysis of the supply and demand in the country's labor market in the high-tech sector and assessment of the government programs created to attract foreign non-Jewish specialists to the country which appear to be not effective. The article also deals with the problems of emigration of high skilled workers from Israel. An overview of the magnitude of the phenomenon is given based on international comparisons; main reasons of the trend are identified and analyzed; government programs for the return of compatriots are assessed. It is argued that Israel should pursue a more effective policy to attract highly skilled non-Jewish immigrants into the country, which will fully realize the existing positive externalities and dampen the problem of brain drain.

2002 ◽  
Vol 30 (1) ◽  
pp. 25-30
Author(s):  
Soumana Sako

The flight of human capital is a phenomenon that has been of concern to academics and development practitioners for decades. Termed the brain drain, it represents the loss of highly skilled professionals from a source country to a recipient country. Migrants leave one country for another as a result of strong attractions associated with differentials in living conditions, opportunities for professional advancement, and the existence of an environment that is conducive to peace and security. The term brain drain gained currency in the 1950s. Then it referred to emigration of scientists to the United States from countries such as Britain, Canada, and the former Soviet Union. Today, the concept is used to denote the flight of highly skilled professionals and academics from developing to developed countries.


1979 ◽  
Vol 9 (4) ◽  
pp. 27-30
Author(s):  
Man Singh Das

The phenomenon popularly known as brain drain has attracted growing concern in the United States and abroad (Tulsa Daily World, 1967; Committee on Manpower... 1967; Asian Student, 1968a: 3; 1968b: 1; 1969: 3; Institute of Applied Manpower . . . 1968; U. S. Congress, 1968; Gardiner, 1968: 194-202; Bechhofer, 1969: 1-71; Committee on the International Migration . . . 1970). The notion has been expressed that the poor countries of the world are being deprived of their talent and robbed of their human resources by the exchange of scholars and students which goes on between nations (U.S. Congress, 1968: 16-25; Mondale, 1967a: 24-6; 1967b: 67-9). Implicit is the idea that many students from these less developed countries go to the more highly developed and industrialized countries for study and decide not to return to their homeland.


Pharmacy ◽  
2020 ◽  
Vol 8 (1) ◽  
pp. 42 ◽  
Author(s):  
David P. Zgarrick ◽  
Tatiana Bujnoch ◽  
Shane P. Desselle

Pharmacy technicians are integral members of the health care team, assisting pharmacists and other health professionals in assuring safe and effective medication use. To date, evaluation of the labor market for pharmacy technicians has been limited, and relatively little has been evaluated regarding trends in wages. The objective of this research is to use US Bureau of Labor Statistics (US BLS) data to evaluate changes in pharmacy technician wages in the United States from 1997 to 2018 relative to changes in the US consumer price index (CPI). Median hourly wages for pharmacy technicians were collected from US BLS data from 1997 to 2018. Median hourly wages were compared to expected hourly wages, with the difference, a wage premium, indicative of imbalances in the supply and demand of labor. Both positive and negative wage premiums were observed, with most positive wage premiums occurring prior to 2007 and most negative wage premiums observed after 2008. Differences in wage premiums were also observed between technicians working in various practice settings. Given the median length of employment of pharmacy technicians, it is likely that the majority of technicians working in US pharmacies have not experienced increases in their wages relative to what would be expected by changes in the CPI. This has occurred at a time when pharmacies and pharmacists are asking more of their pharmacy technicians. Researchers and pharmacy managers must continue to evaluate the pharmacy technician labor market to assure that technician wage and compensation levels attract an adequate supply of sufficiently skilled workers.


2016 ◽  
Vol 30 (4) ◽  
pp. 83-106 ◽  
Author(s):  
Sari Pekkala Kerr ◽  
William Kerr ◽  
Çağlar Özden ◽  
Christopher Parsons

Highly skilled workers play a central and starring role in today's knowledge economy. Talented individuals make exceptional direct contributions—including breakthrough innovations and scientific discoveries—and coordinate and guide the actions of many others, propelling the knowledge frontier and spurring economic growth. In this process, the mobility of skilled workers becomes critical to enhancing productivity. Substantial attention has been paid to understanding the worldwide distribution of talent and how global migration flows further tilt the deck. Using newly available data, we first review the landscape of global talent mobility. We next consider the determinants of global talent flows at the individual and firm levels and sketch some important implications. Third, we review the national gatekeepers for skilled migration and broad differences in approaches used to select migrants for admission. Looking forward, the capacity of people, firms, and countries to successfully navigate this tangled web of global talent will be critical to their success.


2013 ◽  
Vol 4 (2) ◽  
pp. 34-46
Author(s):  
Taciana De Barros Jerônimo

The purpose of this paper is to develop a diagram flow of strategic decisions on small and medium-sized high-tech enterprises and explains how it can be used to transform a innovate idea into a competitive output in the market. These enterprises are characterized, by their ability to create value, employ highly skilled workers, and use high technology in their internal processes. These firms face some problems like weak strategies of IT management and limited human and financial resources. The approach suggested in this paper offers small and medium-sized firms an opportunity to innovate or create newer outputs and increase the competitive effectively with others companies. Additionally, this paper can be used as a guide to building innovation as strategic competitiveness on the small and medium IT sized enterprises, denoted SMET at this paper.


Subject Mexico's brain drain. Significance Recent studies suggest increasing numbers of skilled professionals are emigrating from Mexico. A report by the University of Zacatecas (UAZ) published in March shows more than 1.4 million Mexicans with postgraduate degrees left the country between 1990 and 2015 due to a lack of professional development opportunities. According the National Council for Science and Technology (CONACYT), the government agency responsible for policy in this area, 46% of skilled emigrants live in Europe, 30% in the United States, 12% in Latin America and 7% in Canada. Impacts Emigration of skilled workers will be a fiscal burden as it annuls the benefits of investing in human resources. Policies to attract foreign talent could mitigate the problem, but there is no evidence that this is being considered. A contentious election outcome could trigger instability, further fuelling the outward flow of highly skilled Mexicans.


Author(s):  
Krzysztof Stachowiak

The paper presents in a broad outline the main characteristics of the evolution of the Finnish high-tech industry and ICT sector within the context of general changes in industry and the national economy. In the last decades of the 20th century Finland dynamically developed a knowledge-based economy and became one of the leaders of the information society. A spectacular manifestation of this is the position of the country in global competitiveness rankings, where Finland has occupied a top position for several years, sometimes even being ahead of the United States. The so-called ‘Finnish model of information society’ is characterised, among others, by a significant growth in knowledge-intensive industries and a complex system of research and development support. However, all those changes were dependent on the previous development path of the country. The structure of Finnish industry was rather one-sided until the 1980s, when knowledge- and expertise-intensive production started to catch up with the level of manufacturing dominated by raw materials, capital and energy. For a long time, Finland specialised in the forest industry and in the processing of metals. A new sector that has developed during the past decades is electronics and, especially, the manufacturing of communication devices. Furthermore, the economy has changed more dramatically in Finland than in any other developed country over the same period of time. Industries have become technology-intensive and production is strongly characterised by specialisation. Finland has become the most specialised country in information and communication technology in the world, and this specialisation trend is continuing. The forest industry and other traditional industries rely more and more on the new technologies and state-of-the-art knowledge. In Finland, industrialisation started later than in other countries, but it was very rapid. Industrial production and exports grew faster than the rest of the economy in the 1990s, and the structure of exports diversified. Unlike other developed countries, Finland “re-industrialised” in the 1990s. The contribution of industry to the total volume of production and employment has been higher in Finland than in other advanced economies in the past couple of years.


2019 ◽  
Vol 30 (4) ◽  
pp. 26-34
Author(s):  
Devorah Lieberman ◽  
Shannon Capaldi

Volumes of research studies, surveys, and census data document the “brain drain,” the phenomenon of highly educated and highly skilled workers migrating from their hometown to an urban or metropolitan area that promises a better life. Early indications of brain drain begin with high school graduates determining where to attend college. There is a pervasive belief that it is a measure of success and part of a process of upward mobility to go away to college, and therefore an implied failure if one remains in their hometown or region while earning a degree. This mentality and encouraged brain drain behavior is reinforced by a K-12 education system that sorts students early in their academic careers and invests in the best and brightest, while paying little attention to the majority of students (Harmon, 2010). This is a skewed approach and leaves many individuals, and their hometowns, with few opportunities and stifled upward social and economic mobility.   The needs of the workforce are rapidly changing. Some form of post-secondary education is required for the majority of entry-level jobs in the United States (Bureau of Labor Statistics, 2017). Yet, higher education is being faced with increasing competition and growing skepticism regarding the value of a college degree. By collaborating and partnering with the region in which an institution exists, urban, suburban, or rural, colleges and universities can cut through higher education’s competitive noise and growing skepticism, while addressing the changing workforce needs and redefining students’ pride about where they earn a degree, and begin their careers, close to home. We call this paradigm shift the “Brain Remain,” and it has the potential to significantly alter the way higher education, K-12 districts, businesses, and community leaders work, operate, and collaborate in the new economy. This, in turn, can create bold new opportunities for students where they least expect them: right in their own backyards.


Author(s):  
M. E. Chen ◽  
C. K. Davis

The U.S. government is making strides to provide electronic access to government agencies and services. A variety of issues are involved when implementing e-government programs such as electronic tax filing, access to drug information, and so forth. Financial, technical, personnel, and legal issues are common. Privacy issues in the creation of e-government are also of interest to both the e-government implementer and citizen. There are a variety of issues in planning and implementing projects of the scope and magnitude of e-government. Issues such as user requirements, organizational change, government regulations, and politics, as well as descriptions of planning and implementation frameworks, are important. Experience in developed countries shows that it is not difficult for people to imagine a situation where all interaction can be done 24 hours each day, 7 days each week. Many countries, including the United States, France, Australia, Greece, Canada, Singapore, and Italy have been offering government services online (West, 2004). According to Sharma and Gupta (2003), Canada, Singapore, and the United States are categorized as “innovative leaders” (p. 34) whose continued leadership in the creation of e-government and more mature online services sets them apart from other countries. Canada leads the way in e-government innovation while Singapore, the United States, Australia, Denmark, the United Kingdom, Finland, Germany, and Ireland are countries in the top-10 list. Several Asian countries such as China, Hong Kong, India, Japan, Philippines, Indonesia, Thailand, Bangladesh, and Burma have initiated the concept of e-government as well (Dodgson, 2001). An article in Federal Computer Week (Perera, 2004) reported findings of a recent poll indicating that 77% of Internet users (or some 97 million people) in the United States have gone online for government information. E-government is rapidly becoming a key priority of the government of the United States.


2020 ◽  
Vol 11 (6) ◽  
pp. 177
Author(s):  
Elena Alexandrovna Rybkina ◽  
Olga Vladimirovna Demyanova ◽  
Julia Vladimirovna Babanova

This article is aimed at considering current sources of financing for high-tech projects. In the article, statistical data confirm the orientation of developed and developing countries' economies towards the generation of high-tech products by the dynamics of added value in high-tech and medium-high-tech industries, respectively - support for high-tech manufacturing enterprises and industries as a whole. Lists of high and medium-high-tech adopted sectors in the Russian Federation, in the United States, and in European nations, and a list of critical technologies are given. Special attention is given to the essence of the high-tech projects, concept, through the implementation of a rise in the share of high-tech products. The article identifies the main characteristics that distinguish a high-tech project from an innovative one. The dynamics of value-added in high-tech and medium-high-tech sectors of the economies of developing and developed countries are studied in conjunction with R & D spending in high-tech sectors of these countries. On the example of the United States (the global leader in the high-tech industry), the structure of financing high-tech projects carried out by companies at the expense of internal financing, that is, own funds is investigated. Based on the Russian Federation, the volumes of attracted cash in the form of grants and the amount of borrowed cash in the form of a subsidy for the implementation of high-tech projects in dynamics for 2012-2018 are investigated.


Sign in / Sign up

Export Citation Format

Share Document