Mapping the Meaning of Knowledge in Design Research Kristina Niedderer University of Hertfordshire
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ED305329.Pdf
DOCUMENT RESUME ED 305 329 SP 030 956 AUTHOR Sarvimaki, Anneli TITLE Knowledge in Interactive Practice Disciplines. An Analysis of Knowledge in Education and Health Care. Research Bulletin 68. INSTITUTION Helsinki Univ. (Finland). Dept. of Education. REPORT NO ISBN-951-45-4787-X PUB DATE 88 NOTE 292p. PUB TYPE Reports - Research/Technical (143) EDRS PRICE MF01/PC12 Plus Postage. DESCRIPTORS *Educational Objectives; Educational Philosophy; Educational Practices; *Educational Principles; Health Promotion; *Interaction; Sociolinguistics; *Theory Practice Relationship; Values ABSTRACT This study formulates a conception of knowledge in interactive practice disciplines such as education and health care and clarifies different types of knowledge in these disciplines. Focus is on the relationship between practical and theoretical knowledge. Four theses are discussed: (1) the role of knowledge in an interactive practice is to guide practice; (2) different types of knowledge in an interactive practice consist of value-knowledge, factual knowledge and procedural knowledge, parts of which are unarticulated, parts articulated; (3) science is a way of articulating and creating knowledge that can be used as internal action determinants in the practice concerned; and (4) theories in an interactive practice can have both a theoretical and a practical purpose but the theoretical purpose is also indirectly linked to the practical. (Author/JD) "t***************************************************2****************** * Reproductions supplied by EDRS are the -
Procedural and Declarative Knowledge an Evolutionary Perspective
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by DSpace at Open Universiteit Nederland Procedural and Declarative Knowledge An Evolutionary Perspective Timon ten Berge Ren´e van Hezewijk Vrije Universiteit Utrecht University Abstract. It appears that there are resemblances in the organization of memory and the visual system, although the functions of these faculties differ considerably. In this article, the principles behind this organization are discussed. One important principle regards the distinction between declarative and procedural knowledge, between knowing that and knowing how. Declarative knowledge is considered here not as an alternative kind of knowledge, as is usually the case in theories of memory, but as part of procedural knowledge. In our view this leads to another approach with respect to the distinction. Declarative knowledge has occupied more attention in (cognitive) psychological research than can be justified on the basis of the importance of procedural knowledge for behavior. We also discuss the question whether there are other brain faculties that reflect the same organizational characteristics. We conclude with some speculations about the consequent role of consciousness in such a tentative model. KEY WORDS: declarative knowledge, evolutionary psychology, memory, procedural knowledge, vision Introduction: Modularity in the Human Brain Traditionally, cognitive psychology has viewed the human mind as a general information-processing device. On this view, a human being is born with a set of general reasoning capacities that can be used when confronted with any problem. A growing number of researchers are supporting a view of the human brain as an organized collection of specialized modules, each with its own domain-specific knowledge and responses. -
UNDERSTANDING MATHEMATICS to UNDERSTAND PLATO -THEAETEUS (147D-148B Salomon Ofman
UNDERSTANDING MATHEMATICS TO UNDERSTAND PLATO -THEAETEUS (147d-148b Salomon Ofman To cite this version: Salomon Ofman. UNDERSTANDING MATHEMATICS TO UNDERSTAND PLATO -THEAETEUS (147d-148b. Lato Sensu, revue de la Société de philosophie des sciences, Société de philosophie des sciences, 2014, 1 (1). hal-01305361 HAL Id: hal-01305361 https://hal.archives-ouvertes.fr/hal-01305361 Submitted on 20 Apr 2016 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. UNDERSTANDING MATHEMATICS TO UNDERSTAND PLATO - THEAETEUS (147d-148b) COMPRENDRE LES MATHÉMATIQUES POUR COMPRENDRE PLATON - THÉÉTÈTE (147d-148b) Salomon OFMAN Institut mathématique de Jussieu-PRG Histoire des Sciences mathématiques 4 Place Jussieu 75005 Paris [email protected] Abstract. This paper is an updated translation of an article published in French in the Journal Lato Sensu (I, 2014, p. 70-80). We study here the so- called ‘Mathematical part’ of Plato’s Theaetetus. Its subject concerns the incommensurability of certain magnitudes, in modern terms the question of the rationality or irrationality of the square roots of integers. As the most ancient text on the subject, and on Greek mathematics and mathematicians as well, its historical importance is enormous. -
Marko Malink (NYU)
Demonstration by reductio ad impossibile in Posterior Analytics 1.26 Marko Malink (New York University) Contents 1. Aristotle’s thesis in Posterior Analytics 1. 26 ................................................................................. 1 2. Direct negative demonstration vs. demonstration by reductio ................................................. 14 3. Aristotle’s argument from priority in nature .............................................................................. 25 4. Priority in nature for a-propositions ............................................................................................ 38 5. Priority in nature for e-, i-, and o-propositions .......................................................................... 55 6. Accounting for Aristotle’s thesis in Posterior Analytics 1. 26 ................................................... 65 7. Parts and wholes ............................................................................................................................. 77 References ............................................................................................................................................ 89 1. Aristotle’s thesis in Posterior Analytics 1. 26 At the beginning of the Analytics, Aristotle states that the subject of the treatise is demonstration (ἀπόδειξις). A demonstration, for Aristotle, is a kind of deductive argument. It is a deduction through which, when we possess it, we have scientific knowledge (ἐπιστήμη). While the Prior Analytics deals with deduction in -
Phenomenal Concepts and the Problem of Acquaintance
Paul Livingston Phenomenal Concepts and the Problem of Acquaintance Abstract: Some contemporary discussion about the explanation of consciousness substantially recapitulates a decisive debate about ref- erence, knowledge, and justification from an earlier stage of the ana- lytic tradition. In particular, I argue that proponents of a recently popular strategy for accounting for an explanatory gap between phys- ical and phenomenal facts — the so-called ‘phenomenal concept strategy’ — face a problem that was originally fiercely debated by Schlick, Carnap, and Neurath. The question that is common to both the older and the contemporary discussion is that of how the presence or presentation of phenomenal experiences can play a role in justify- ing beliefs or judgments about them. This problem is, moreover, the same as what was classically discussed as the problem of acquain- tance. Interestingly, both physicalist and non-physicalist proponents of the phenomenal concept strategy today face this problem. I con- sider briefly some recent attempts to solve it and conclude that, although it is prima facie very plausible that acquaintance exists, we have, as yet, no good account of it. My aim in this paper is to demonstrate that proponents of a recently popular physicalist strategy for explaining consciousness — what has been called the phenomenal concept strategy — share with certain anti-physicalist phenomenal realists a common problem, which was also a problem for Schlick, Carnap, and Neurath in the days of the Vienna Circle. Though it has implications for ontology and metaphys- ics, this problem is essentially one about justification: how can judg- ments, claims, or beliefs about phenomenal experience be justified, at Correspondence: Email: [email protected] Journal of Consciousness Studies, 20, No. -
Types of Science Fair Projects: the Good and the Bad Demonstrations, Experiments, Engineering Projects, and Computer Science Projects Science Fair Projects
Types of Science Fair Projects: The Good and the Bad Demonstrations, experiments, engineering projects, and computer science projects Science Fair Projects Experiments Math projects Engineering Computer Science Demonstrations What is a demonstration? • Demonstration projects are not permitted. • A demonstration shows how something works. • An experiment involves an independent and dependent variable. Demo → Experiment • The difference between a demonstration and an experiment is the manipulation of variables. • To change a demonstration to an experiment, modify the project to include an independent and a dependent variable. • Examples: Volcano, Motor Science Fair Projects Experiments Math projects Engineering Computer Science The Process is the Key • Science, engineering, and mathematics each have their own process for coming to new knowledge. • No matter what kind of project you are doing you must follow the process appropriate to your discipline. Image from http://sciencebuddies.org/science-fair-projects/project_scientific_method.shtml Computer Programming Math Projects Engineering Scientific Mathematical Process Method Reasoning/Proof Define a need State your question Define what is known Do background research Do background research Research & define all terminology Establish design criteria Formulate your hypothesis, Make a conjecture/assumption identify variables based on what you know Prepare preliminary designs Design experiment, establish Perform calculations procedure Build & test prototype Test your hypothesis by doing Look for counter examples an experiment Test & redesign as necessary Analyze your results and draw Recalculate and write up steps conclusions to the conclusion Present results Present results Present Results Scientific Method & Engineering Process Comparison used with permission from Science Buddies. Computer Science Projects • Computer science projects are a special type of engineering projects and therefore follow the engineering design process. -
Space-Based Space Surveillance Operational and Demonstration Missions
SPACE-BASED SPACE SURVEILLANCE OPERATIONAL AND DEMONSTRATION MISSIONS Diego Escorial Olmos(1), Fernando E. Alemán Roda(2), Kevin Middleton(3), Joris.Naudet(4) (1)GMV, Isaac Newton 11, Tres Cantos 28760, Madrid, Spain, Email: [email protected] (2)GMV, Isaac Newton 11, Tres Cantos 28760, Madrid, Spain, Email: [email protected] (3) RAL Space, STFC Rutherford Appleton Laboratory, Harwell, Oxford Didcot, Oxon, OX11 0QX, United Kingdom, Email: [email protected] (4)QinetiQ Space, Hogenakkerhoekstraat 9, 9150 Kruibeke, Belgium, Email: [email protected] ABSTRACT objects. In order to include a detected object in the catalogue, the accuracy envelope shall be better than GMV is currently leading, under ESA contract, an 2.5km. These requirements shall be achieved by the assessment study to define a demonstration mission for SBSS operational system in conjunction with the space-based space surveillance. The project team ground based segment of the SST (Space Surveillance includes QinetiQ Space as responsible for the platform and Tracking) system that would be also available in the and RAL Space for the payload activities. future. During the first phase of the study a high-level In terms of reactiveness, the system shall be able to definition of a future operational mission has been fulfil a tracking request for any GEO “catalogued” or carried out including the definition of user requirements “pre-catalogued” object before 48 hours after the for a future Space Based Space Surveillance (SBSS) request is issued. This requires that the space segment service. shall be able to be re-planned or re-programmed in less During the second phase of the study a precursor than 24 hours to accommodate the active tracking mission to demonstrate the SBSS operational needs has request. -
ARISTOTLE's FOUNDATIONALISM Breno Andrade Zuppolini Aristotle
ARISTOTLE’S FOUNDATIONALISM Breno Andrade Zuppolini UNICAMP Resumo: Para Aristóteles, conhecimento demonstrativo é o resultado do que ele denomina 'aprendizado intelectual', processo em que o conhecimento da conclusão depende de um conhecimento prévio das premissas. Dado que demonstrações são, em última instância, baseadas em princípios indemonstráveis (cujo conhecimento é denominado 'νοῦς'), Aristóteles é frequentemente retratado como promovendo uma doutrina fundacionista. Sem contestar a nomenclatura, tentarei mostrar que o 'fundacionismo' de Aristóteles não deve ser entendido como uma teoria racionalista da justificação epistêmica, como se os primeiros princípios da ciência pudessem ser conhecidos enquanto tais independentemente de suas conexões explanatórias com proposições demonstráveis. Argumentarei que conhecer os primeiros princípios enquanto tais envolve conhecê-los como explicações de outras proposições científicas. Explicarei, então, de que modo conhecimento noético e conhecimento demonstrativo são, em certo sentido, estados cognitivos interdependentes – ainda que o conceito de νοῦς se mantenha distinto de (e, nas palavras de Aristóteles, mais 'preciso' do que) conhecimento demonstrativo. Palavras-chave: Aristóteles; fundacionismo; ciência; demonstração. Abstract: For Aristotle, demonstrative knowledge is the result of what he calls ‘intellectual learning’, a process in which the knowledge of a conclusion depends on previous knowledge of the premises. Since demonstrations are ultimately based on indemonstrable principles (the knowledge of which is called ‘νοῦς’), Aristotle is often described as advancing a foundationalist doctrine. Without disputing the nomenclature, I shall attempt to show that Aristotle’s ‘foundationalism’ should not be taken as a rationalist theory of epistemic justification, as if the first principles of science could be known as such independently of their explanatory connections to demonstrable propositions. -
Descartes' Hostages: Mind and Observability in Education
Descartes’ Hostages: Mind and Observability in Education by Shannon Rodgers B.A. (Hon.), Simon Fraser University, 1994 Thesis Submitted in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy In the Curriculum Theory & Implementation: Philosophy of Education Program Faculty of Education © Shannon Rodgers 2017 SIMON FRASER UNIVERSITY Summer 2017 Copyright in this work rests with the author. Please ensure that any reproduction or re-use is done in accordance with the relevant national copyright legislation. Approval Name: Shannon Rodgers Degree: Doctor of Philosophy Title: Descartes’ Hostages: Mind and Observability in Education Examining Committee: Chair: Dr. Stephen Smith Teaching Professor Dr. Charles Bingham Senior Supervisor Professor ___________________________________________ Dr. Heesoon Bai Supervisor Professor ___________________________________________ Dr. Sean Blenkinsop Supervisor Assistant Professor ___________________________________________ Dr. Allan MacKinnon Internal Examiner Associate Professor ___________________________________________ Dr. Taylor Webb External Examiner Associate Professor Dept. of Educational Studies University of British Columbia ___________________________________________ Date Defended/Approved: June 14th, 2017 ii Ethics Statement iii Abstract My purpose in this dissertation is to argue that given the relationship among the concepts of mind, knowledge, education and assessment, educators must pay more attention to our current view of mind. Educators use assessment practices, -
The Effectiveness of Teachers' Use of Demonstrations for Enhancing Students' Understanding of and Attitudes to Learning the Oxidation-Reduction Concept
OPEN ACCESS EURASIA Journal of Mathematics Science and Technology Education ISSN: 1305-8223 (online) 1305-8215 (print) 2017 13(3):555-570 DOI 10.12973/eurasia.2017.00632a The Effectiveness of Teachers' Use of Demonstrations for Enhancing Students' Understanding of and Attitudes to Learning the Oxidation-Reduction Concept Ahmad Basheer The Academic Arab College for Education in Israel - Haifa Muhamad Hugerat The Academic Arab College for Education in Israel - Haifa Naji Kortam The Academic Arab College for Education in Israel - Haifa Avi Hofstein The Academic Arab College for Education in Israel – Haifa & Weizmann Institute of science, Israel Received 02 February 2016 ▪ Revised 14 July 2016 ▪ Accepted 26 July 2016 ABSTRACT In this study we explored whether the use of teachers' demonstrations significantly improves students’ understanding of redox reactions compared with control group counterparts who were not exposed to the demonstrations. The sample consisted of 131 Israeli 8th graders in middle schools (junior high school). Students' attitudes and achievements as well as their understanding of redox and electrolysis were assessed by administering a questionnaire that investigated their attitudes (perceptions) towards a demonstration in chemistry. The findings showed that the experimental group's achievements and understanding of the subject were statistically significantly better than those of their control group counterparts. Keywords: chemistry demonstrations, redox reactions, electrolysis, achievement, attitudes, electrochemical row, chemistry education INTRODUCTION Rationale for the Study The concept of oxidation-reduction is one of the key concepts taught and learned in chemistry in the middle school (junior high schools) in most countries around the world (GCE Ordinary Level). Butts and Smith (1987), for example, reported that high-school students found the concepts of electrolysis relatively difficult to understand. -
A Knowledge Concept Map: Structured Concept Analysis from Systematic Literature Review
29 a Knowledge Concept Map: Structured Concept analysis from Systematic literature review Philip Sisson1 and Julie J.C.H. Ryan2 Abstract The purpose of this article is to present a mental model of knowledge as a concept map as an input to knowledge management (KM) investigations. This article’s extended knowledge concept map can serve as a resource where the investigation, development, or application of knowledge would be served with a broad mental model of knowledge. Previously unrelated concepts are related; knowledge concepts can sometimes be expressed as a range, i.e., certainty related states: view, opinion, sentiment, persuasion, belief, and conviction. Extrathesis is identified as a potential skill level higher than synthesis, and associated with the concepts: discovery, institution, insight (the event), revelation, or illumination that precedes innovation. Qualitative methods were used to gather and document concepts. System engineering and object analysis methods were applied to define and relate concepts. However, the theoretical sampling and theoretical saturation methods applied do not guarantee all appropriate concepts have been identified. Given the breadth, depth, and dimensionality of concepts of knowledge, later researchers may add additional concepts. This article provides evidence of additional things people know, an alternative to psychology’s acquaintanceship, understanding and placement of newer categorizations of knowledge in relation to older ones, and suggests that ranges for knowledge terms exist. This article extends the 2015 paper on this topic by: 1) taking a deeper look into epistemological terms and relationships, 2) providing contextual definitions, 3) suggesting extrathesis as an idea beyond synthesis, 4) updating the concept map; and 5) providing new insight on the overloaded knows including adding an eleventh know. -
The University of Chicago Aristotle on the Necessity
THE UNIVERSITY OF CHICAGO ARISTOTLE ON THE NECESSITY OF WHAT WE KNOW A DISSERTATION SUBMITTED TO THE FACULTY OF THE DIVISION OF THE HUMANITIES IN CANDIDACY FOR THE DEGREE OF DOCTOR OF PHILOSOPHY DEPARTMENT OF PHILOSOPHY BY JOSHUA MENDELSOHN CHICAGO, ILLINOIS JUNE 2019 TABLE OF CONTENTS ACKNOWLEDGMENTS . iv ABSTRACT . v 1 INTRODUCTION . 1 1.1 Aristotle on what we know ........................... 1 1.2 Previous approaches ............................... 7 1.3 Some first steps toward an answer ....................... 25 1.4 Chapter breakdown ................................ 34 2 ARISTOTLE’S DURABILITY ARGUMENTS . 36 2.1 Knowledge in the Categories ........................... 36 2.1.1 Knowledge as a relative: Categories 7 . 36 2.1.2 Knowledge as a state: Categories 8 ................... 51 2.1.3 The tension between the two principles . 59 2.2 When what is changeable goes out of view: Nicomachean Ethics VI.3 . 66 2.2.1 The sense of “necessity” ......................... 74 2.2.2 A Platonic precursor: Theaetetus 163c–164b . 75 2.3 Durability and demonstration: Posterior Analytics I.6 . 79 2.4 Knowledge of sensible particulars: Metaphysics Ζ.15 . 86 2.5 Taking stock ................................... 88 3 THE OBJECT OF KNOWLEDGE . 90 3.1 The introduction of the Forms ......................... 93 3.2 The irrelevance of the Forms .......................... 96 3.3 Essentiality and necessity: Posterior Analytics I.4 . 102 3.3.1 “Of all” and “per se” . 103 3.3.2 Per se predications and necessity . 108 3.3.3 “Universal” ................................112 3.3.4 Demonstrative necessities concerning individuals . 115 3.4 Per se necessity in natural science . 120 3.4.1 Per se necessity in biology: Parts of Animals II.3 .