Pragmatism and Its Implications on Teaching and Learning in Nigerian Schools
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Critical Thinking STARS Handout Finalx
Critical Thinking "It is the mark of an educated mind to be able to entertain a thought without accepting it." - Aristotle "The important thing is not to stop questioning." - Albert Einstein What is critical thinking? Critical thinking is the intellectually disciplined process of actively and skillfully conceptualizing, applying, analyzing, synthesizing, and/or evaluating information gathered from, or generated by, observation, experience, reflection, reasoning, or communication, as a guide to belief and action. In its exemplary form, it is based on universal intellectual values that transcend subject matter divisions: clarity, accuracy, precision, consistency, relevance, sound evidence, good reasons, depth, breadth, and fairness. A Critical Thinker: Asks pertinent questions Assess statements and arguments Is able to admit a lack of understanding or information Has a sense of curiosity Is interested in finding new solutions Examines beliefs, assumptions and opinions and weighs them against facts Listens carefully to others and can give effective feedback Suspends judgment until all facts have been gathered and considered Look for evidence to support assumptions or beliefs Is able to adjust beliefs when new information is found Examines problems closely Is able to reject information that is irrelevant or incorrect Critical Thinking Standards and Questions: The most significant thinking (intellectual) standards/questions: • Clarity o Could you elaborate further on that point? o Could you give me an example? o Could you express -
EDUA 7200 A01 — PHILOSOPHY of EDUCATION Faculty of Education, University of Manitoba Department of Educational Administration, Foundations, and Psychology
EDUA 7200 A01 — PHILOSOPHY OF EDUCATION Faculty of Education, University of Manitoba Department of Educational Administration, Foundations, and Psychology PROFESSOR: Dr. David G. Creamer, S.J. Office: Room 124, St. Paul’s College Phone: 474-9141 Fax: 474-7613 E-Mail: [email protected] I am normally available before class on Thursday. Full office hours are posted on my door. Feel free to just drop by or arrange for an appointment. If I am not in the office, Gladys Broesky (474- 9165) — Jesuit Centre (room 118) — will be happy to set something up. (Gladys is here Tuesday, Wednesday, & Thursday — 8:30 am-4:30 pm.) COURSE TIME & LOCATION: Fall Session: Thursday evenings: 5:30–8:30 pm (R5) — St. Paul’s College, Room 123 (by Library, lowest level). COURSE OBJECTIVE: To introduce students to major movements, thinkers, issues and debates in Philosophy (Foundations) of Education. The focus question for this course is “What are the nature and aims of education?” The question will be addressed from a variety of and the thinkers I have selected for study represent both the diversity and unifying themes of the field. Readings will be drawn from Plato, Aristotle, Augustine of Hippo, Thomas Aquinas, Ignatius Loyola, John Amos Comenius, John Locke, Jean-Jacques Rousseau, Mary Wollstonecraft, and Bernard Lonergan. TEXTBOOKS 1. Because of the variety of readings on the philosophy of education drawn from ancient and modern sources, no single textbook is appropriate for the course. A bound compilation of the readings from Plato, aristotle, Augustine, Aquinas, Ignatius Loyola, Comenius, Locke, Rousseau, and Wollstonecraft is available from the Jesuit Centre ($20.00). -
What to Expect... Education & Training Career Cluster
HEAR FROM PROFESSIONALS. LEARN FROM EXPERIENCE. EDUCATION & TRAINING CAREER CLUSTER NEBRASKA CAREER TOURS WHAT TO EXPECT... INTERVIEWS Each video contains interviews with employees and business representatives discussing work requirements, education levels, salary and job prospects. TOURS Experience virtual industry tours that provide a unique opportunity to get a glimpse inside Nebraska-based companies without leaving your home or classroom. INFORMATION Throughout the videos you will find valuable information regarding job markets, sal- aries, and educational requirements to help you identify a possible career path. TEACHER DISCUSSION GUIDE www.necareertours.com HEAR FROM PROFESSIONALS. LEARN FROM EXPERIENCE. NEBRASKA CAREER TOURS EDUCATION AND TRAINING This cluster prepares for careers in providing, supporting, and managing the education and training of millions of learners. It encompasses ages from pre- school through adults; varies from informal to formal settings; and provides for the skills necessary for initial entrance as well as updating skills to advance within the job or train for a different one. TEACHER DISCUSSION GUIDE www.necareertours.com NOTE TO INSTRUCTOR: Below are suggested activities and questions to accompany the virtual industry tour. Each component may be used individually or modified to fit the needs of your classroom. For more information on this Career Cluster, visit these websites: • www.education.ne.gov/nce/CareerClustersResources.html • h3.ne.gov/H3/ • www.nebraskacareerconnections.org In addition, NEworks has an array of resources, including Nebraska Workforce Trends magazine, Labor Market Regional Reviews, Occupational Profiles and Career Ladder Posters, available at https://www.neworks.nebraska.gov under Labor Market Information, Publications. BELL RINGER: Post the following prompt on a writing surface for students to answer as they enter the room. -
1 What Is Scientific Progress?
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by PhilSci Archive What is Scientific Progress? Lessons from Scientific Practice Moti Mizrahi St. John’s University Forthcoming in Journal for General Philosophy of Science Abstract: Alexander Bird argues for an epistemic account of scientific progress, whereas Darrell Rowbottom argues for a semantic account. Both appeal to intuitions about hypothetical cases in support of their accounts. Since the methodological significance of such appeals to intuition is unclear, I think that a new approach might be fruitful at this stage in the debate. So I propose to abandon appeals to intuition and look at scientific practice instead. I discuss two cases that illustrate the way in which scientists make judgments about progress. As far as scientists are concerned, progress is made when scientific discoveries contribute to the increase of scientific knowledge of the following sorts: empirical, theoretical, practical, and methodological. I then propose to articulate an account of progress that does justice to this broad conception of progress employed by scientists. I discuss one way of doing so, namely, by expanding our notion of scientific knowledge to include both know-that and know-how. Keywords: aim of science; Alexander Bird; Darrell Rowbottom; scientific knowledge; scientific practice; scientific progress 1 1. Introduction According to Chang (2007, p. 1), “Scientific progress remains one of the most significant issues in the philosophy of science today.” This is partly because it seems rather odd to deny that science is making progress, but it is difficult to articulate in what sense exactly science is making progress. -
Critical Thinking for the Military Professional
Document created: 17 Jun 04 Critical Thinking For The Military Professional Col W. Michael Guillot “Any complex activity, if it is to be carried on with any degree of virtuosity, calls for appropriate gifts of intellect and temperament …Genius consists in a harmonious combination of elements, in which one or the other ability may predominate, but none may be in conflict with the rest.”1 In a previous article on Strategic leadership I described the strategic environment as volatile, uncertain, complex, and ambiguous (VUCA). Additionally, that writing introduced the concept of strategic competency.2 This article will discuss the most important essential skill for Strategic Leaders: critical thinking. It is hard to imagine a Strategic leader today who does not think critically or at least uses the concept in making decisions. Critical thinking helps the strategic leader master the challenges of the strategic environment. It helps one understand how to bring stability to a volatile world. Critical thinking leads to more certainty and confidence in an uncertain future. This skill helps simplify complex scenarios and brings clarity to the ambiguous lens. Critical thinking is the kind of mental attitude required for success in the strategic environment. In essence, critical thinking is about learning how to think and how to judge and improve the quality of thinking—yours and others. Lest you feel you are already a great critical thinker, consider this, in a recent study supported by the Kellogg Foundation, only four percent of the U.S. organizational -
Recent Work in Relevant Logic
Recent Work in Relevant Logic Mark Jago Forthcoming in Analysis. Draft of April 2013. 1 Introduction Relevant logics are a group of logics which attempt to block irrelevant conclusions being drawn from a set of premises. The following inferences are all valid in classical logic, where A and B are any sentences whatsoever: • from A, one may infer B → A, B → B and B ∨ ¬B; • from ¬A, one may infer A → B; and • from A ∧ ¬A, one may infer B. But if A and B are utterly irrelevant to one another, many feel reluctant to call these inferences acceptable. Similarly for the validity of the corresponding material implications, often called ‘paradoxes’ of material implication. Relevant logic can be seen as the attempt to avoid these ‘paradoxes’. Relevant logic has a long history. Key early works include Anderson and Belnap 1962; 1963; 1975, and many important results appear in Routley et al. 1982. Those looking for a short introduction to relevant logics might look at Mares 2012 or Priest 2008. For a more detailed but still accessible introduction, there’s Dunn and Restall 2002; Mares 2004b; Priest 2008 and Read 1988. The aim of this article is to survey some of the most important work in the eld in the past ten years, in a way that I hope will be of interest to a philosophical audience. Much of this recent work has been of a formal nature. I will try to outline these technical developments, and convey something of their importance, with the minimum of technical jargon. A good deal of this recent technical work concerns how quantiers should work in relevant logic. -
Philosophy of Science and Educational Research: Strategies for Scientific Effectiveness and Improvement of the Education
Philosophy of Science and Educational Research: Strategies for Scientific Effectiveness and Improvement of the Education Omar a. Poncea, José Gómez Galánb and Nellie Pagán-Maldonadoc a Professor (Metropolitan University, AGMUS, Puerto Rico-United States). [email protected] b Research Professor and Director of CICIDE (Metropolitan University, AGMUS, Puerto Rico-United States & Catholic University of Avila, Spain). [email protected] & [email protected] c Professor (Metropolitan University, AGMUS, Puerto Rico-United States). [email protected] Abstract This article is a theoretical study on the effectiveness of educational research in the context of philosophy of science. This topic of discussion, in the area of educational research, has been the subject of intellectual debate and arises again at the beginning of the 21st century. This article outlines the challenges and opportunities for scientific effectiveness facing educational research if it aspires to contribute to the ideal of an education of excellence and quality. Nine strategies to improve scientific effectiveness in educational research are identified and discussed. As a conclusion, it is argued that the foundations of contemporary educational research need to be revisited and reformulated, parallel to the new concepts present in the philosophy of science, to face the new problems present in our society*. Keywords: Educational Research; Philosophy of Science; Scientific Knowledge; Scientific Effectiveness; Education. 1. Introduction Philosophical thinking centered on science has been an object of intense debate for centuries. Thus, when we speak today of philosophy of science, we refer fundamentally to any reflection produced around the scientific methodology and its results. It faces, from the point of view of reason, the nature of science and the philosophical problems generated around it, with a direct implication in its results and applications. -
Unemployment Compensation (UC): Eligibility for Students Under State and Federal Laws
Unemployment Compensation (UC): Eligibility for Students Under State and Federal Laws Julie M. Whittaker Specialist in Income Security Alan Eder PMF Intern September 7, 2012 Congressional Research Service 7-5700 www.crs.gov R42707 CRS Report for Congress Prepared for Members and Committees of Congress UC Eligibility for Students Under State and Federal Laws Summary The recent economic recession and subsequent recovery period has produced one of the most challenging labor markets in recent decades. Many workers lost their jobs during this time period, as others were just entering the market for the first time. As a strategy to cope with the difficult employment situation, many individuals entered school to acquire skills to become more competitive, while others never left, remaining in school to postpone the employment search. However, due to the prolonged nature of the recovery, many students and workers remain jobless and struggle to find work. According to Bureau of Labor Statistics (BLS) data, in July 2012, approximately 12.8 million workers remained jobless, of which almost 2.1 million individuals aged 20 to 24 were unemployed. Those that have gone back to school, and have now graduated, still face a competitive job market, and may need to search for work for a prolonged period of time. According to BLS data, in June 2012, there were approximately 3.4 unemployed workers for every available job, and almost 40% of the unemployed have been jobless for more than six months. Because of this economic climate, Congress has been interested in not only job creation and how students are coping with the competitive job market, but whether they are receiving income support during times of unemployment in order to cope. -
Computational Advantages of Relevance Reasoning in Bayesian Belief Networks
342 Computational Advantages of Relevance Reasoning in Bayesian Belief Networks Yan Lin Marek J. Druzdzel University of Pittsburgh University of Pittsburgh Intelligent Systems Program Department of Information Science Pittsburgh, PA 1.5260 and Intelligent Systems Program [email protected] Pittsburgh, PA 15260 marek@sis. pitt. edu Abstract reasoning, shown to be NP-hard both for exact infer ence [Cooper, 1990] and for approximate [Dagurn. and This paper introduces a computational Luby, 1993] inference. framework for reasoning in Bayesian belief The critical factor in exact inference schemes is the networks that derives significant advantages topology of the underlying graph and, more specifi from focused inference and relevance reason cally, its connectivity. The complexity of approximate ing. This framework is based on d-separation schemes may, in addition, depend on factors like the and other simple and computationally effi a-priori likelihood of the observed evidenee or asymme cient techniques for pruning irrelevant parts tries in probability distributions. There are a number of a network. Our main contribution is a of ingeniously efficient algorithms that allow for fast technique that we call relevance-based decom belief updating in moderately sized models.2 Still, position. Relevance-based decomposition ap eaeh of them is subject to the growth in complexity proaches belief updating in large networks that is generally exponential in the size of the model. by focusing on their parts and decompos Given the promise of the decision-theoretic approach ing them into partially overlapping subnet and an increasing number of its practical applications, works. This makes reasoning in some in it is important to develop schemes that will reduce the tractable networks possible and, in addition, computational complexity of inference. -
Philosophy of Education
Philosophy of Education Introduction to the Topic What is a philosophy of education, and why should it be important to you? Behind every school and every teacher is a set of related beliefs--a philosophy of education--that influences what and how students are taught. A philosophy of education represents answers to questions about the purpose of schooling, a teacher's role, and what should be taught and by what methods. How do teacher-centered philosophies of education differ from student-centered philosophies of education? Teacher-centered philosophies tend to be more authoritarian and conservative, and emphasize the values and knowledge that have survived through time. The major teacher- centered philosophies of education are essentialism and perennialism. Student-centered philosophies are more focused on individual needs, contemporary relevance, and preparing students for a changing future. School is seen as an institution that works with youth to improve society or help students realize their individuality. Progressivism, social reconstructionism, and existentialism place the learner at the center of the educational process: Students and teachers work together on determining what should be learned and how best to learn it. What are some major philosophies of education in the United States toda y? Essentialism focuses on teaching the essential elements of academic and moral knowledge. Essentialists urge that schools get back to the basics; they believe in a strong core curriculum and high academic standards. Perennialism focuses on the universal truths that have withstood the test of time. Perennialists urge that students read the Great Books and develop their understanding of the philosophical concepts that underlie human knowledge. -
John P. Burgess Department of Philosophy Princeton University Princeton, NJ 08544-1006, USA [email protected]
John P. Burgess Department of Philosophy Princeton University Princeton, NJ 08544-1006, USA [email protected] LOGIC & PHILOSOPHICAL METHODOLOGY Introduction For present purposes “logic” will be understood to mean the subject whose development is described in Kneale & Kneale [1961] and of which a concise history is given in Scholz [1961]. As the terminological discussion at the beginning of the latter reference makes clear, this subject has at different times been known by different names, “analytics” and “organon” and “dialectic”, while inversely the name “logic” has at different times been applied much more broadly and loosely than it will be here. At certain times and in certain places — perhaps especially in Germany from the days of Kant through the days of Hegel — the label has come to be used so very broadly and loosely as to threaten to take in nearly the whole of metaphysics and epistemology. Logic in our sense has often been distinguished from “logic” in other, sometimes unmanageably broad and loose, senses by adding the adjectives “formal” or “deductive”. The scope of the art and science of logic, once one gets beyond elementary logic of the kind covered in introductory textbooks, is indicated by two other standard references, the Handbooks of mathematical and philosophical logic, Barwise [1977] and Gabbay & Guenthner [1983-89], though the latter includes also parts that are identified as applications of logic rather than logic proper. The term “philosophical logic” as currently used, for instance, in the Journal of Philosophical Logic, is a near-synonym for “nonclassical logic”. There is an older use of the term as a near-synonym for “philosophy of language”. -
Pragmatism and Progressivism in the Educational Thought and Practices of Booker T
PRAGMATISM AND PROGRESSIVISM IN THE EDUCATIONAL THOUGHT AND PRACTICES OF BOOKER T. WASHINGTON Ronald E. Chennault DePaul University Few men, particularly Black men, have wielded the power and influence of Booker T. Washington during his lifetime. A good deal of his colorful life is recounted in his autobiography, Up from Slavery.1 Here Washington details the most notable events of his life, from the time he spent in slavery as a youth, to his exploits and education during his adolescence, and well into his career as head of the then-Tuskegee Normal and Industrial Institute in Alabama. Washington tells of his experiences at present-day Hampton University and the extraordinary influence the lessons he learned and the people he met there had on his life philosophy. He also reserves a large part of his story to describe numerous occasions during which he spread his institution’s seeds of success and offered his advice on improving America’s race relations. Yet as revealing as his account is, both by reading its lines and between its lines, Washington’s autobiography represents only a piece of his life’s puzzle. If Washington is the “trickster” that Harlan imagines and McElroy argues,2 a fairer and fuller understanding of Washington’s wizardry necessitates moving beyond his autobiography. Restricting our understanding of Washington to his self-representation in Up from Slavery (even extending to his photographic self-representation)3 and allowing his account to epitomize his worldview does more than “oversimplify Washington . it further contributes to the uncritical acceptance of Washington’s propagandistic portrayal of Tuskegee’s goals, programs, and accomplishments.”4 Many gaps in his life story can be filled by consulting primary sources such as Washington’s writings and speeches as well as by looking to extensive biographical and numerous scholarly works on Washington.