scholarly journals LESSONS FROM ENGINEERING PHILOSOPHY

Author(s):  
Glenys MacLeod

Current educational literature calls for a shift in educational paradigm from a system of facts and tests to a system of curiosity, innovation and entrepreneurialism. Harvard psychologist Howard Gardner defines intelligence for students today as “the ability to solve problems that one encounters in real life, the ability to generate new problems to solve and the ability to make something or offer a service that is valued in one’s culture” [2]. Engineers in the field are models of learners for life. They have blended content knowledge, skills and competencies into an intuitive engineering sense. Engineers work collaboratively with others knowing that the best possible solution will be a negotiation between perspectives, boundaries and possibilities. They are flexible in their approach to new tasks, they learn from failures and they welcome uncertainty. Engineers are able to assess a situation, identify a component or process that could be improved, gather data, develop ideas, and create something, an item, process or service that is valued. What might education learn from engineering?

2020 ◽  
Vol 6 (2) ◽  
pp. 24-37
Author(s):  
Zaprulkhan Zaprulkhan

The multidimensional educational paradigm departs from the understanding that human nature is multidimensional as material and spiritual beings, economic beings, political creatures, social beings, and also religious beings. Likewise, the problems faced in real life are multidimensional in nature including economic, social, cultural, legal, political and religious issues. To deal with these multidimensional humanitarian problems, undoubtedly requires a multidimensional thinking paradigm that is capable of providing multidimensional solutions. One of the application strategies for multidimensional thinking in the realm of education is to implement multicultural education. Therefore, this short article will discuss the multidimensional thinking paradigm of Musa Asy’arie's perspective in the field of multicultural education. Paradigma pendidikan multidimensi berangkat dari pemahaman bahwa hakikat manusia multidimensi sebagai makhluk material dan spiritual, makhluk ekonomi, makhluk politik, makhluk sosial, dan juga makhluk religius. Begitu pula dengan permasalahan yang dihadapi dalam kehidupan nyata yang bersifat multidimensi antara lain masalah ekonomi, sosial, budaya, hukum, politik dan agama. Untuk mengatasi permasalahan kemanusiaan yang multidimensi tersebut, niscaya dibutuhkan paradigma berpikir multidimensi yang mampu memberikan solusi multidimensi. Salah satu strategi penerapan pemikiran multidimensi dalam ranah pendidikan adalah dengan melaksanakan pendidikan multikultural. Oleh karena itu, artikel singkat ini akan membahas paradigma berpikir multidimensi perspektif Musa Asy'arie dalam bidang pendidikan multikultural.


Author(s):  
Begüm Yetişer ◽  
Burcu Genç

Today's Islamic understanding cannot be explained by only rules determined by that religion. The interpretation of Islam is altering, leaving an open discussion of how much of the Islamic rules are interpreted and put into real life practice. This chapter aims to understand this dynamic behavior of consumers under the framework of Islam: how it alters consumption intentions and behavior. This altering process will intensely be observed with Turkish consumers, knowing that Turkey has a unique characteristic among the countries that practice Islam as the major religious belief. Thus, the authors make a review to emphasize different preference related issues from a wider perspective. They start by focusing on general consumption contexts followed by patterns including fashion, travel, food intake, finance, anti-consumption activities, and other special occasions, finalized by conclusions and future research directions.


2017 ◽  
Vol 15 (19) ◽  
Author(s):  
Airi Liimets

Artikkel analüüsib huvitavat epistolaarset materjali Teise maailmasõja aastatest ja sellele järgnenud ajast – kasvatusteadlase Enn Koemetsa kirju õepoeg Heino Liimetsale, kellest sai hiljem samuti pedagoogikaõppejõud ja akadeemik. Kirjades võib tähele panna Koemetsa teoreetilisi seisukohti õppimisest ja õpetamisest ning nende rakendamist eesmärgiga kasvatada õepojast teadlast ja õppejõudu. Tervikuna ja koos kommentaaridega ilmuvad kuus Koemetsa kirja aastatest 1942–1943. When discussing Estonian educational science, we need to talk about the Koemets-Liimets family where six people from three generations have been or still are active in this field. Such career choice was first made by the pedagogue, educational scientist and psychologist Enn Koemets (1911–1973). 50 letters, found in the personal home archive of the author of the present article, offer interesting material for a theoretical treatment of Enn Koemets’ biographical data as well as of the growing of Heino Liimets’ into a scientist.The present article publishes in full six letters which Koemets wrote in Tartu from 1942–1943 and sent to Valga to his nephew Heino Liimets (1928–1989), who studied at the Valga Gymnasium and was 14 years old in 1942. Later, Heino Liimets became a pedagogue, educational scientist and a professor as well.First, the article discusses why and how can such continuity of choosing again and again one and the same specialty develop in a family. Looking at it from the viewpoint of educational philosophy, we could answer that this could well be caused by such phenomena as education and growth development. A person does not become a scientist only by studying at some educational institution and passing some specific curriculum, but they have to grow and be raised into being a scientist due to certain conditions or, due to the fact that people of different generations live in the same spiritual space, communicating with each other based on certain ideas, values and principles.Enn Koemets’ letters to his nephew show, on the one hand, the spiritual reality full of ideals and, on the other hand, the real, everyday environment centred on home. We can say without doubt that Koemets attempted to live his real life according to the pedagogical and psychological ideas which he had formulated in his studies. He knowingly and purposefully raised his nephew to be a scientist, a teacher and a colleague at the university.Eleven letters originate from the earlier period of the correspondence (1942–1945), from the time Heino Liimets was a gymnasium student. All these letters are characterised by the fact that Enn Koemets inspired and invited his nephew to enter his own spiritual space. According to the ideas he had published in his research, he taught the young man in the way that would activate his self-education. Koemets wrote to the boy very seriously about the books he was reading and topics he was studying because he knew that the existence of a model and the direct immediate inspiration are essential for the emergence of ideals and higher spiritual aspirations. We can see that Koemets had undertaken the task of teaching the young man to study “in a right way” and to acquire skills and tools (foreign languages, skills for thorough and long-time concentration and for doing research, time management, etc.) necessary for a scientist. He consistently guided the young man in widening his cultural horizons, suggested reading materials and information sources, knowing that a good scientist cannot do without such knowledge and skills. The roots of Koemets’ own aspirations and values should be searched for at the Valga All-boys Gymnasium where he had studied from 1924–1929.Among Koemets’ friends at the gymnasium and at the university was the writer Bernard Kangro, who immigrated to Sweden in 1944. Thanks to Kangro’s novels of the Tartu series, we can find both the Koemets-Liimets’ age-old family residence—the Koemetsa Farm in the Koemetsa Village in Võrumaa County—and Enn Koemets himself captured in a fictional reality. The Enn Koemets, who has been depicted as one of the main characters of Kangro’s novels—the energetic and bright Pärdijaak—was in his letters a similar inspirer and model for his nephew Heino Liimets.


2021 ◽  
Vol 7 (1) ◽  
pp. 565
Author(s):  
Hatice Belge Can

This research focuses on chemistry teachers’ enacted pedagogical content knowledge (ePCK) in equilibrium in chemical reactions. The enactment dimension of this pedagogical content knowledge (PCK) encompasses enacted knowledge and skills as well as those embedded in practice concerning the Refined Consensus Model of PCK, the most recent PCK model in science education. As ePCK plays out throughout the whole pedagogical cycle, it was conceptualized as to exist in three forms, such that ePCKP, ePCKT, and ePCKR. While ePCKP and ePCKR represent the knowledge and skills that a teacher uses for planning and reflecting respectively, ePCKT is related to what a teacher does in the classroom. The holistic nature of ePCK was investigated by using multiple data sources in real-life contexts. Specifically, pre-and post-observation interviews and lesson observations were used to elicit ePCK profiles and to provide triangulation. The grand rubric was customized for use both as an interview protocol and as an observational protocol for analyzing all of the three dimensions of ePCK around the analytical parameters of knowledge and skills related to curricular saliency, conceptual teaching strategies, and student understanding of science. Results revealed that chemistry teachers’ ePCK profiles are not uniform across planning, teaching, and reflecting phases, ePCK components, and evaluation criteria. Chemistry teachers perform highest in reflection concerning conceptual teaching strategies and lowest in teaching in terms of curricular saliency. Recommendations for science PCK research were shared.


Author(s):  
Cheryl McFadden

A yearlong journey resulted in a professor developing and implementing a course using a new emergent theory of adult learning that builds upon the concept of andragogy, the art and science of helping adults learn. This model is referred to as ACES: Accessing student content knowledge, Creating student-centered goals, Engaging students in real-life learning experiences, and Soliciting feedback using non-traditional methods. This case study is about the development and implementation of this process and its success. The study demonstrates how adult learners prefer to be active participants in the learning process.


Author(s):  
Frode Olav Haara ◽  
Eirik S. Jenssen

Pedagogical entrepreneurship is a teaching and learning approach that emphasizes means and possibilities within school subjects, in opposition to reproductive, transmissible, and goal-oriented approaches. Political and education research voices strongly argue for implementation of pedagogical entrepreneurship in all school subjects, due to its lifelong learning perspective. This implies that students of today and tomorrow must be trained in the didactic of possibilities, how to explore and investigate, and how to create value for themselves and others. This calls for an epistemological transformation of subject-specific content knowledge that allows interpretation in many ways and development of a growth mindset. Pedagogical entrepreneurship is recognized by being innovative and explorative, whether it is about economic growth, values, scientific approach, or making a difference. A narrow definition of entrepreneurship (or enterprise education) includes emphasis on establishing and running a business of some kind. Pedagogical entrepreneurship calls for a broader definition of the entrepreneurship area, since it frames priority of practical, problem-based, research-based, and lifelike activities for the students, cooperation with local businesses, organizations, and life outside school. Pedagogical entrepreneurship allows the students to gain understanding of the complex nature of real-life issues, influence teaching practices, and experience strong relevance of the learning goals, which is likely to increase students’ inner motivation and their experience of holistic learning of content knowledge. Therefore, pedagogical entrepreneurship can appear as a leader philosophy, a way to organize teaching, and specific student activities. Implementation of new approaches to teaching and learning is always associated with issues and teacher concerns and requires continuing teacher profession development, for instance through attention in teacher education programs and students’ experience with pedagogical entrepreneurship during their teacher education. A way to meet this scenario is to vitalize the broad definition of pedagogical entrepreneurship in teacher education programs in such a way that the teacher education students may operate as change agents when they start to teach after they have graduated. The development, mapping, and introduction of entrepreneurial teaching resources in teacher education will establish the foundation for a didactic of possibilities—an entrepreneurial didactic that may influence students’ motivation and in-depth learning of school subjects.


2021 ◽  
Vol 11 (3) ◽  
pp. 89
Author(s):  
Maria Kramer ◽  
Christian Förtsch ◽  
William J. Boone ◽  
Tina Seidel ◽  
Birgit J. Neuhaus

Teachers’ diagnostic competences are essential with respect to student achievement, classroom assessment, and instructional quality. Important components of diagnostic competences are teachers’ professional knowledge including content knowledge (CK), pedagogical knowledge (PK), and pedagogical content knowledge (PCK), their diagnostic activities as a specification of situation-specific skills, and diagnostic accuracy. Accuracy is determined by comparing a teacher’s observation of classroom incidents with subject-specific challenges to be identified from scripted instructional situations. To approximate diagnostic situations close to real-life, the assessment of science teachers’ diagnostic competences requires a situated context that was provided through videotaped classroom situations in this study. We investigated the relationship between professional knowledge (PCK, CK, PK) of 186 pre-service biology teachers, their diagnostic activities, and diagnostic accuracy measured with the video-based assessment tool DiKoBi Assess. Results of path analyses utilizing Rasch measures showed that both PCK and PK were statistically significantly related to pre-service teachers’ diagnostic activities. Additionally, biology teachers’ PCK was positively related to diagnostic accuracy. Considering higher effect sizes of PCK compared to PK, the findings support previous findings indicating the importance of PCK, thus demonstrating its importance in the context of subject-specific diagnosis as well.


2019 ◽  
Vol 17 (2) ◽  
pp. 75
Author(s):  
Ellen Marshall

Traditional approaches to learning and teaching in statistics often involves the passive absorption of information through lectures, a focus on mathematical theory and assessments which test mastery of procedures.  This often results in students struggling to apply their statistics knowledge in practical and authentic contexts particularly within final year projects and in the workplace. For some time, statistics educational literature has recommended shifting the focus of teaching and assessment from theory to statistical problem solving, application based statistics using real-life scenarios, and effective communication of statistics. This research has led to the production of guidelines for statistics educators from the American Statistical Association.This paper discusses how educational literature and guidelines have been used to implement changes in the teaching of a first year probability and statistics module for mathematics undergraduates at Sheffield Hallam University.  Changing to project based learning with a focus on active learning, effective decision making and communication enabled students to successfully undertake an open group project by the end of their first year.  In addition, attendance, engagement and understanding were noticeably improved.  The rationale, challenges and benefits to changing the focus of the course and also the teaching style are discussed.


Author(s):  
Lucélia Ramos Alcântara

AbstractLearning English has always been the goal for many people to achieve. Content knowledge of any subject used to have no direct relation with mastering a foreign language. That is water under the bridge. Learning through a foreign language is a trend and must be considered as a way to prepare students for a globalized world. The adoption of a Content Language Integrated Learning Approach seems to fulfill the need for future successful professionals in field. By offering the opportunity to live real-life situations where content has to be acquired through any understanding of input in English, international field trips are an excellent way to educate content-literate and language-effective students.


2014 ◽  
Vol 22 ◽  
Author(s):  
Nicoletta Di Blas ◽  
Alessandro Fiore ◽  
Luca Mainetti ◽  
Roberto Vergallo ◽  
Paolo Paolini

The TPACK (Technology, Pedagogy and Content Knowledge) model presents the three types of knowledge that are necessary to implement a successful technology-based educational activity. It highlights how the intersections between TPK (Technological Pedagogical Knowledge), PCK (Pedagogical Content Knowledge) and TCK (Technological Content Knowledge) are not a sheer sum up of their components but new types of knowledge. This paper focuses on TPK, the intersection between technology knowledge and pedagogy knowledge – a crucial field of investigation. Actually, technology in education is not just an add-on but is literally reshaping teaching/learning paradigms. Technology modifies pedagogy and pedagogy dictates requirements to technology. In order to pursue this research, an empirical approach was taken, building a repository (back-end) and a portal (front-end) of about 300 real-life educational experiences run at school. Educational portals are not new, but they generally emphasise content. Instead, in our portal, technology and pedagogy take centre stage. Experiences are classified according to more than 30 categories (‘facets’) and more than 200 facet values, all revolving around the pedagogical implementation and the technology used. The portal (an innovative piece of technology) supports sophisticated ‘exploratory’ sessions of use, targeted at researchers (investigating the TPK intersection), teachers (looking for inspiration in their daily jobs) and decision makers (making decisions about the introduction of technology into schools).Keywords: educational portal; educational repository; open educational resources; educational technology; the TPACK model(Published: 06 May 2014)Citation: Research in Learning Technology 2014, 22: 22906 - http://dx.doi.org/10.3402/rlt.v22.22906 


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