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The credentials environment grows more complicated by the day, but key questions help us understand why we need this book to help us grapple with those complexities: • Given the expansion in the variety of higher education credentials and in approaches to earning them, why are so many students disappointed with their post-secondary credentials?• Despite the proliferation of credentials tailored to specific careers, why do so many employers complain that the preparation of their new hires is inadequate? • Despite their investment in new programs meant to attract new enrollees, why are so many colleges and universities facing issues with student persistence, timely credential completion, and career success?The plan of the book reflects the authors’ practical aim. In the first of three parts, they offer a broad view of the credentials environment—how credentials work, how a proliferation in credentials has created an unprecedented array of educational choices, and why this abundance is a mixed blessing. In the second part, they focus on categories of credentials, from the associate degree to doctoral degrees to non-degree credentials. The book concludes with two chapters that consider the implications of the information the authors provide for leadership in volatile times: one discusses the importance of maintaining a priority on equity; the other offers 12 propositions for action. To help make the book useful, each chapter begins with a paragraph that summarizes the emphases to follow, and ends with a list of initiatives, i.e., “takeaways,” that leaders (and those attentive to what leaders are doing) should consider.
A philosopher of science examines the biggest ethical and moral issues in science today, and explains why they matter for all of us -- scientist and layman alike Science has produced explanations for everything from the mechanisms of insect navigation to the formation of black holes and the workings of black markets. But how much can we trust science, and can we actually know the world through it? How does science work and how does it fail? And how can the work of scientists help -- or hurt -- everyday people? These are not questions that science can answer on its own. This is where philosophy of science comes in. Studying science without philosophy is, to quote Einstein, to be "like somebody who has seen thousands of trees but has never seen a forest." Cambridge philosopher Tim Lewens shows us the forest. He walks us through the theories of seminal philosophers of science Karl Popper and Thomas Kuhn and considers what science is, how far it can and should reach, and how we can determine the nature of its truths and myths. These philosophical issues have consequences that stretch far beyond the laboratory. For instance: What role should scientists have in policy discussions on environmental issues such as fracking? What are the biases at play in the search for a biological function of the female orgasm? If brain scans can be used to demonstrate that a decision was made several seconds before a person actually makes a conscious choice, what does that tell us about the possibility of free will? By examining science through this philosophical lens, Lewens reveals what physics can teach us about reality, what biology teaches us about human nature, and what cognitive science teaches us about human freedom. A masterful analysis of the biggest scientific and ethical issues of our age, The Meaning of Science forces us to confront the practical, personal, and political purposes of science -- and why it matters to all of us.
From the use of expert testimony in the courtroom to the advice we rely on to solve key economic, political, and social problems, expertise is an essential part of our decision-making process. However, the extent to which experts can be trusted is a subject of persistent and contentious debate. The Philosophy of Expertise is the first collection to explore the fundamental philosophical issues surrounding these authorities and their expert knowledge. Part 1 considers the problems surrounding the issue of trust and deference; part 2 launches a phenomenological clarification of expertise that pinpoints the universal structures embodied in cognition and affect; and part 3 examines the consequences of the social and technical externalization of expertise. Contributors including Edward Said, Alvin Goldman, Peter Singer, Hubert Dreyfus, Julia Annas, Harry Collins, and Don Ihde draw on a number of intellectual approaches to explore the justification of expert authority, the potentially dangerous role of expertise in a liberal democratic society, how laypeople can critique experts, and the social and ideological character of expert advice. The contributors also discuss the reasoning process of judges and juries, the ancient Greek view of moral conduct, and the incorporation of experts into governmental bureaucracy. By honestly tackling the legitimacy and consistency of various positions, this volume sheds much-needed light on the theoretical dimensions of a controversial and pervasive practice. Contributors: Alvin I. Goldman, Don Ihde, Edward Said, Evan Selinger and John Mix, Evan Selinger and Robert P. Crease, H. M. Collins and Robert Evans, Hélène Mialet, Hubert Dreyfus, John Hardwig, Julia Annas, Paul Feyerabend, Peter Singer, Scott Brewer, Steve Fuller, Steven Turner
Throughout the history of the Western world, science has possessed an extraordinary amount of authority and prestige. And while its pedestal has been jostled by numerous evolutions and revolutions, science has always managed to maintain its stronghold as the knowing enterprise that explains how the natural world works: we treat such legendary scientists as Galileo, Newton, Darwin, and Einstein with admiration and reverence because they offer profound and sustaining insight into the meaning of the universe. In The Intelligibility of Nature, Peter Dear considers how science as such has evolved and how it has marshaled itself to make sense of the world. His intellectual journey begins with a crucial observation: that the enterprise of science is, and has been, directed toward two distinct but frequently conflated ends—doing and knowing. The ancient Greeks developed this distinction of value between craft on the one hand and understanding on the other, and according to Dear, that distinction has survived to shape attitudes toward science ever since. Teasing out this tension between doing and knowing during key episodes in the history of science—mechanical philosophy and Newtonian gravitation, elective affinities and the chemical revolution, enlightened natural history and taxonomy, evolutionary biology, the dynamical theory of electromagnetism, and quantum theory—Dear reveals how the two principles became formalized into a single enterprise, science, that would be carried out by a new kind of person, the scientist. Finely nuanced and elegantly conceived, The Intelligibility of Nature will be essential reading for aficionados and historians of science alike.
The Credential Society is a classic on the role of higher education in American society and an essential text for understanding the reproduction of inequality. Controversial at the time, Randall Collins’s claim that the expansion of American education has not increased social mobility, but rather created a cycle of credential inflation, has proven remarkably prescient. Collins shows how credential inflation stymies mass education’s promises of upward mobility. An unacknowledged spiral of the rising production of credentials and job requirements was brought about by the expansion of high school and then undergraduate education, with consequences including grade inflation, rising educational costs, and misleading job promises dangled by for-profit schools. Collins examines medicine, law, and engineering to show the ways in which credentialing closed these high-status professions to new arrivals. In an era marked by the devaluation of high school diplomas, outcry about the value of expensive undergraduate degrees, and the proliferation of new professional degrees like the MBA, The Credential Society has more than stood the test of time. In a new preface, Collins discusses recent developments, debunks claims that credentialization is driven by technological change, and points to alternative pathways for the future of education.
The book describes the science gateway building technology developed in the SCI-BUS European project and its adoption and customization method, by which user communities, such as biologists, chemists, and astrophysicists, can build customized, domain-specific science gateways. Many aspects of the core technology are explained in detail, including its workflow capability, job submission mechanism to various grids and clouds, and its data transfer mechanisms among several distributed infrastructures. The book will be useful for scientific researchers and IT professionals engaged in the development of science gateways.
A Deeper Sense of Literacy is the first book to suggest that media literacy is both a content area and an approach to teaching that can be integrated into any subject area. It combines theory and practical application in a way that addresses the most important questions related to media literacy in education today: what is it, why is it important, how can you teach it across a wide range of curriculum areas and grade levels, and does it work? Rather than focusing on how to teach media literacy, Scheibe and Rogow focus on actually using media literacy to teach lessons across the content areas.
Provides a broad base of quantitative info. about U.S. science, engin., and technology. Because of the spread of scientific and tech. capabilities around the world, this report presents a significant amount of material about these internat. capabilities and analyzes the U.S. position in this broader context. Contains quantitative analyses of key aspects of the scope, quality, and vitality of the Nation¿s science and engineering (S&E) enterprise. It presents info. on science, math, and engineering. educ. at all levels; the S&E workforce; U.S. internat. R&D perform. and competitiveness in high tech.; and public attitudes and understanding of S&E. Also info. on state-level S&E indicators. Presents the key themes emerging from these analyses. Illus.
In Alternative Pathways in Science and Industry, David Hess examines how social movements and other forms of activism affect innovation in science, technology, and industry. Synthesizing and extending work in social studies of science and technology, social movements, and globalization, Hess explores the interaction of grassroots environmental action and mainstream industry and offers a conceptual framework for understanding it. Hess proposes a theory of scientific and technological change that considers the roles that both industry and grassroots consumers play in setting the research agenda in science and technology, and he identifies "alternative pathways" by which social movements can influence scientific and technological innovation. He analyzes four of these pathways: industrial opposition movements, organized against targeted technologies (as in the campaign against nuclear energy); technology- and product-oriented movements, which press for alternatives (as does the organic food movement); localism, which promotes local ownership (as in "buy-local" campaigns); and access pathways, which support a more equitable distribution of resources. Within each pathway, Hess examines reforms in five different areas: agriculture, energy, waste and manufacturing, infrastructure, and finance. The book's theoretical argument and empirical evidence demonstrate the complex pattern of incorporation (of grassroots innovations) and transformation (of alternative ownership structures and the alternative products themselves) that has characterized the relationship of industry and activism. Hess's analysis of alternative pathways to change suggests ways economic organizations could shift to a more just and sustainable course in the twenty-first century.