This document introduces a compendium of new specialized journalism syllabi developed by UNESCO. It discusses the changing context of journalism education globally and the need to incorporate emerging issues. It outlines UNESCO's efforts to evaluate the impact of its Model Curricula for Journalism Education, focusing on three aspects: the global academic culture of journalism education; contextual applications of the Model Curricula and their implications; and the need for new specialized syllabi. The compendium aims to help journalism education renew itself and better prepare students for today's complex media landscape.
“Science Education for Active citizenship” is a publication on science education offers a 21st century vision
for science for society within the broader European agenda. This report is aimed primarily at science education
policy makers. It identifies the main issues involved in helping citizens to access scientific debate. It provides
guidance on how industry can contribute to science education; and it proposes a new framework for all types
of science education from formal, to non-formal and informal approaches.
Public engagement has already made a real difference in the governance and decision-making process of
Horizon 2020: providing a space for the citizen to tell us what works and what doesn’t, what’s important and
what’s not.
The report makes a substantive contribution to the policy debate within Europe on how best to equip citizens
with the skills they need for active participation in the processes that will shape everyone’s lives.
The project "The Neighborhood Goes to the University" aims to promote access to higher education for low-income populations. An investigation found that many children and youth from disadvantaged neighborhoods had little knowledge of university careers and options. Over 60 children and 27 youth did not know about university careers. The project brings groups from 10 nonprofit organizations to visit the National University of La Plata to learn about opportunities and develop informational materials to share in their communities. The goal is to help more vulnerable sectors of society envision university as a path for training and a better future.
Marc Durando: STEM Challenges in Europe - Innovative STEM teachingBrussels, Belgium
This document discusses challenges and opportunities in STEM education in Europe. It notes shortages in many STEM fields and careers as well as low enrollment rates for girls. There are calls to reform STEM curricula, which are overstuffed with facts, and pedagogy, which is often text-based. Innovative approaches are needed to make STEM studies more attractive through motivated teachers, innovative teaching methods, and engagement with industry. Teachers play a key role but face challenges around aging populations, training, technology adoption, and retention. Recommendations include learning from best practices, supporting STEM teachers, strengthening partnerships, and curriculum/assessment reform.
Open Learning and Innovative Didactics of ChemistrySara Tortorella
This document discusses open learning approaches to teaching chemistry. It proposes using digital tools and non-formal learning environments to make chemistry more relevant and accessible. Specifically, it recommends (1) changing how chemistry is taught in schools, (2) strengthening connections between research and society, (3) leveraging digital tools to increase chemistry knowledge, and (4) enhancing communication skills among young chemists in non-formal settings. Examples provided include using games like Kahoot to engage students and interactive exhibits at science festivals. The document notes challenges of ensuring quality and certifying skills gained in open digital environments.
The document discusses science education initiatives under Horizon 2020. It provides background on science education support from previous EU research frameworks and outlines the key initiatives and funding provided. Horizon 2020 continues supporting science education through the Science with and for Society program. Upcoming calls focus on open schooling collaboration, science education outside the classroom, and celebrating European science. The total budget for science education under Horizon 2020 is not specified.
Vida Mildažienė and Eglė Marija Ramanuskaitė - Steps Towards Open Science and...Aidis Stukas
This document discusses steps towards open science and education in Lithuania. It introduces Vida Mildažienė and her work in science communication, including organizing science festivals. It discusses five schools of thought around open science as well as bringing science closer to society through initial tools like science festivals and open days. It then provides examples of citizen science projects in Lithuania including monitoring bryozoan biodiversity and biohacking lichens. It discusses the development of science communication and citizen science over three time periods in Lithuania and tools provided for STEM education. Finally, it summarizes a proposed citizen science project on bryozoans that would engage students and honor the historical work of Bronė Pajiedaitė.
3rd Scientix Conference - 3 minute presentation of the exhibition standsBrussels, Belgium
These slides were displayed during a three minute introduction to each exhibition stand during the 3rd Scientix Conference in Brussels, Belgium, 4-6 May 2018.
This document introduces a compendium of new specialized journalism syllabi developed by UNESCO. It discusses the changing context of journalism education globally and the need to incorporate emerging issues. It outlines UNESCO's efforts to evaluate the impact of its Model Curricula for Journalism Education, focusing on three aspects: the global academic culture of journalism education; contextual applications of the Model Curricula and their implications; and the need for new specialized syllabi. The compendium aims to help journalism education renew itself and better prepare students for today's complex media landscape.
“Science Education for Active citizenship” is a publication on science education offers a 21st century vision
for science for society within the broader European agenda. This report is aimed primarily at science education
policy makers. It identifies the main issues involved in helping citizens to access scientific debate. It provides
guidance on how industry can contribute to science education; and it proposes a new framework for all types
of science education from formal, to non-formal and informal approaches.
Public engagement has already made a real difference in the governance and decision-making process of
Horizon 2020: providing a space for the citizen to tell us what works and what doesn’t, what’s important and
what’s not.
The report makes a substantive contribution to the policy debate within Europe on how best to equip citizens
with the skills they need for active participation in the processes that will shape everyone’s lives.
The project "The Neighborhood Goes to the University" aims to promote access to higher education for low-income populations. An investigation found that many children and youth from disadvantaged neighborhoods had little knowledge of university careers and options. Over 60 children and 27 youth did not know about university careers. The project brings groups from 10 nonprofit organizations to visit the National University of La Plata to learn about opportunities and develop informational materials to share in their communities. The goal is to help more vulnerable sectors of society envision university as a path for training and a better future.
Marc Durando: STEM Challenges in Europe - Innovative STEM teachingBrussels, Belgium
This document discusses challenges and opportunities in STEM education in Europe. It notes shortages in many STEM fields and careers as well as low enrollment rates for girls. There are calls to reform STEM curricula, which are overstuffed with facts, and pedagogy, which is often text-based. Innovative approaches are needed to make STEM studies more attractive through motivated teachers, innovative teaching methods, and engagement with industry. Teachers play a key role but face challenges around aging populations, training, technology adoption, and retention. Recommendations include learning from best practices, supporting STEM teachers, strengthening partnerships, and curriculum/assessment reform.
Open Learning and Innovative Didactics of ChemistrySara Tortorella
This document discusses open learning approaches to teaching chemistry. It proposes using digital tools and non-formal learning environments to make chemistry more relevant and accessible. Specifically, it recommends (1) changing how chemistry is taught in schools, (2) strengthening connections between research and society, (3) leveraging digital tools to increase chemistry knowledge, and (4) enhancing communication skills among young chemists in non-formal settings. Examples provided include using games like Kahoot to engage students and interactive exhibits at science festivals. The document notes challenges of ensuring quality and certifying skills gained in open digital environments.
The document discusses science education initiatives under Horizon 2020. It provides background on science education support from previous EU research frameworks and outlines the key initiatives and funding provided. Horizon 2020 continues supporting science education through the Science with and for Society program. Upcoming calls focus on open schooling collaboration, science education outside the classroom, and celebrating European science. The total budget for science education under Horizon 2020 is not specified.
Vida Mildažienė and Eglė Marija Ramanuskaitė - Steps Towards Open Science and...Aidis Stukas
This document discusses steps towards open science and education in Lithuania. It introduces Vida Mildažienė and her work in science communication, including organizing science festivals. It discusses five schools of thought around open science as well as bringing science closer to society through initial tools like science festivals and open days. It then provides examples of citizen science projects in Lithuania including monitoring bryozoan biodiversity and biohacking lichens. It discusses the development of science communication and citizen science over three time periods in Lithuania and tools provided for STEM education. Finally, it summarizes a proposed citizen science project on bryozoans that would engage students and honor the historical work of Bronė Pajiedaitė.
3rd Scientix Conference - 3 minute presentation of the exhibition standsBrussels, Belgium
These slides were displayed during a three minute introduction to each exhibition stand during the 3rd Scientix Conference in Brussels, Belgium, 4-6 May 2018.
CER (Communicating European Research) event news _en Brussels BelgiumYiannis Hatzopoulos
The document discusses a conference on communicating European research. Over 2,500 participants attended the first day to discuss how to make research more engaging to the public. Speakers emphasized the importance of improving how research is communicated in order to gain public support. The conference included sessions on science education and how to inspire students, with some focusing on innovative teaching methods. International research organizations are working to improve science education and communication across Europe.
Responsibility of universities. Future of university social (sustainable) re...Victor Van Rij
Keynote speech for the International Conference for the Management of Educational Quality within the University Social Responsibility. 21st of September 2016, Merida, Mexico
Plea is made to use the principles of coorporate governance to lead the transformation process of Universities towards Social Responsibility that takes into account general ethical values , as well as the duty to work with and for society towards sustainability.
URBiNAT - NATIURB Book of Abstracts.pdfTom Mackenzie
This document provides information about the Nature for Innovative and Inclusive Urban Regeneration international conference organized by the URBiNAT H2020 project. The two-day conference will be held in Milan on June 16-17, 2022 at the Giangiacomo Feltrinelli Foundation and IULM University. The first day will feature a Cities Fair where URBiNAT cities present their healthy corridor co-creation projects. The second day will include 20 scientific sessions addressing nature-based solutions and urban regeneration. Over 100 papers were submitted and reviewed by the scientific committee. The goal is to discuss URBiNAT's scientific and practical approaches to creating sustainable, inclusive, healthy, innovative and equitable cities through nature-based solutions and
Heitor - What do we need to measure to foster “Knowledge as Our Common Future”?innovationoecd
This document discusses the need to rebalance science and technology (STI) indicators to better capture the intrinsic value of STI beyond just economic impacts. It notes that STI statistics have become overly focused on the instrumental economic value of innovation. The document also examines expectations for the OECD's role in STI indicators, including considering contributions from a wider variety of scientific fields, advancing understanding of knowledge production processes beyond national impacts, and characterizing professional practice-based research. It emphasizes that innovation is a collective and cumulative process requiring long-term investment in education and research.
This document provides an overview of recent events and updates within the Universitas 21 network. It discusses the winner of the U21 Global Ingenuity Challenge, which was a project from UNSW Australia called "Step City" that proposed an app-based competition to reduce traffic in Sydney and encourage walking. It also mentions the presentation of the Gilbert Medal to Professor Celso Lafer from Brazil and his acceptance speech discussing the internationalization of science. The document provides brief updates on other collaboration, research, and student experience initiatives within the U21 network.
The document provides an overview of the InGRID project, which aims to integrate and improve the multi-site research infrastructure for studying poverty, living conditions, working conditions, and vulnerability in Europe. Some key points:
- InGRID involves 17 partners across 13 data centers in 10 countries and aims to support comparative social science research through access to data and expertise.
- The infrastructure integrates data archives, EU-wide databases, and new data collection efforts related to topics like poverty, living conditions, working conditions, and job quality.
- InGRID aims to stabilize and improve this infrastructure to better support the social science community's evidence-based contributions toward Europe 2020 goals of inclusive growth and addressing issues like unemployment, poverty
UNESCO sees its role as a laboratory of ideas, standard-setter, and capacity builder to help countries attain quality education for all in the modern world. It addresses global challenges like the growing digital and knowledge divides. UNESCO promotes good practices and initiatives that leverage technologies to improve access, equity, and quality of teaching and learning. Examples of UNESCO's work include standards for teachers' ICT competencies and prizes that reward innovative uses of technology in education.
A knowledge-based society - Can we still afford it? Or can we afford not hav...Giuseppe De Nicolao
Presentazione di José Mariano Gago al II Convegno Roars: “Higher Education and Research Policies in Europe: Challenges for Italy”, 21 febbraio 2014
CNR, Piazzale A. Moro 7, Roma
Design of innovative learning environments in the context of developing a Cit...Elena Jurado
Design of innovative learning environments in the context of developing a Citizen Observatory, presented at the 3rd Barcelona Citizen Science Day, 18th November 2016. By Elena Jurado, Jaume Piera, Josep M. Mominó, Luigi Ceccaroni
This document summarizes a presentation about the FP7 Science in Society program and National Contact Points. The Science in Society program supports science education projects and bringing science and society together. National Contact Points assist organizations applying for funding under the Science in Society program. The goals of the SiS Net project are to strengthen the network of National Contact Points across Europe and improve their services to project applicants through training and sharing best practices. National Contact Points provide assistance to those seeking funding for activities like science communication, engaging young people with science, and addressing gender issues in science.
The document discusses a study by HEFCE (Higher Education Funding Council for England) on online distance learning in the UK. The study profiles 9 institutions that provide online and distance education. It aims to improve discoverability of online programs and provide advice on infrastructure. It also discusses some myths around online education being inferior and the need for cultural changes in higher education to support online learning.
1. The document discusses the potential innovative impact of information and communication technologies (ICT) and computer science in education.
2. It presents STEF, a research unit that examines how science, technology, education and society intersect, and how ICT can reconfigure science and technology curricula.
3. The document considers how ICT may disrupt traditional schooling models and enable new forms of personalized, interactive learning anywhere and anytime through connected devices.
1) The document discusses the potential innovative impact of information and communication technologies (ICT) and computer science in education.
2) It presents STEF, a research unit that examines how science and technology curriculums should evolve to account for changes in fields and society.
3) The author argues that while ICT is often touted as a way to renew schools, the school system is robust and integrating technology poses challenges around equity, social behaviors, and cultural cohesion.
'Investigar, educar, dialogar. Las lecciones que aprendimos de José Mariano Gago (1948-2015)'. Con este título celebramos los días 1 y 2 de junio de 2016 en la Fundación Ramón Areces un simposio para homenajear la trayectoria de quien fue ministro de Ciencia y Tecnología (1995-2002) y ministro de Ciencia, Tecnología y Educación Superior (2005-2011) de Portugal. Gago desempeñó una labor crucial en el diseño de los planes de desarrollo de la ciencia, la tecnología y la innovación, no solo en su país sino en toda Europa.
This document provides information about an upcoming workshop titled "Learning Through Research" hosted by the Centre de Recherches Interdisciplinaires from July 13-15, 2012 in Paris. The workshop will bring together experts in fields like science, education, and social entrepreneurship to discuss innovative practices in education and research training. The goal is to establish an "Institut Innovant de Formation par la Recherche" to promote open and accessible research training. The workshop agenda is provided along with biographies of over 20 speakers who will discuss topics like citizen science, scientific games, and empowering communities through education.
case study open innovation athens 29 may 2023.pptxMilenaDobreva5
1) The document summarizes a case study of collaboration between Sofia University, the Museum of Traditional Crafts and Applied Arts in Troyan, and other partners to develop a citizen science project called the Living Crafts Map.
2) The project aimed to involve citizens in documenting disappearing industries and crafts in Troyan through interviews and an online map. It progressed through various stages from 2022-2023, including training and workshops.
3) In 2023, the partners developed a proposal to apply for funding from the IMPETUS grant program, outlining their citizen involvement plan and goals to develop capacity and put Bulgaria on the map for citizen science. However, the museum ultimately decided to withdraw their participation in
Katarzyna Kwiatek-Grabarska: Can Students Become Citizen Scientists?, COST Ac...John Harlin
Katarzyna Kwiatek-Grabarska is a geography and computer science teacher at Complex of Schools No. 5 in Zabrze, Poland. She's also the Scientix Ambassador in Poland, a GLOBE Program teacher, and a coordinator for Science Day and STEM Discovery Week. Ms. Kwiatek-Grabarska graduated from the Faculty of Earth Sciences at the University of Silesia in Katowice in the field of geography. Postgraduate studies at the Faculty of Informatics and Materials Science in the field of computer science. From the beginning of her professional career, she has been involved in the implementation of many educational projects at national and international level. She is an active teacher of the GLOBE Program. She encourages students to become interested in science by organizing numerous workshop trips to scientific institutions, outdoor research, tourist and sightseeing trips, as well as annual competitions for students. In her talk she asks, “Can students be citizen scientist?”
For more information on the COST Action Workshop on Synergies Between Education & Citizen Science, visit:
http://alpineinstitute-las.org/science/cost-workshop-2018/
Katarzyna Kwiatek-Grabarska: Scientix, the community for science educationn i...John Harlin
Katarzyna Kwiatek-Grabarska
Geography and computer science teacher at Complex of Schools No. 5 in Zabrze, Poland. Scientix Ambassador in Poland. GLOBE Program teacher. Coordinator for Science Day and STEM Discovery Week
“Can Students be Citizen Scientists?”
Ms. Kwiatek-Grabarska graduated from the Faculty of Earth Sciences at the University of Silesia in Katowice in the field of geography. Postgraduate studies at the Faculty of Informatics and Materials Science in the field of computer science. From the beginning of her professional career, she has been involved in the implementation of many educational projects at national and international level. She is an active teacher of the GLOBE Program. She encourages students to become interested in science by organizing numerous workshop trips to scientific institutions, outdoor research, tourist and sightseeing trips, as well as annual competitions for students. In her talk she asks, “Can students be citizen scientist?”
For more information on the COST Action Workshop on Synergies Between Education & Citizen Science, visit:
http://alpineinstitute-las.org/science/cost-workshop-2018/
The document discusses public engagement with science in the UK. It provides information on programs run by the British Science Association to promote engagement, such as British Science Week, the British Science Festival, and CREST Awards for students. It also discusses perceptions of science, including that the public views science positively and supports funding it. However, it notes issues with narrow stereotypes of science and a need to further embed science in culture and society. It advocates treating science as a cultural endeavor to involve a more diverse range of people in addressing societal challenges.
Stories of Tomorrow - Angelos Lazoudis and Thalia TsakniaBrussels, Belgium
Presentation by Dr. Angelos Lazoudis, R&D Department, EA
Thalia Tsaknia, Primary School teacher, EA, about the Stories of Tomorrow project, delivered at the Scientix course "STEM in primary school classrooms" at the Future Classroom Lab 25-29 June 2018.
eTwinning: The Community for schools in Europe - Irene Pateraki, European Sch...Brussels, Belgium
This document discusses eTwinning, a community for schools in Europe that connects teachers and students across countries through collaborative projects. It provides a brief history of eTwinning from its origins in 2004-2007 under the Lifelong Learning program to its expansion under Erasmus+ in 2014-2020. Key facts are presented on eTwinning's growth to over 578,000 registered teachers from 192,000 schools working on over 74,000 projects across 43 European countries. The benefits of eTwinning are listed as learning, pedagogical development, skill-building, networking, support and recognition. Tools on the eTwinning portal like eTwinning Live and TwinSpace that support project collaboration are also introduced.
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This document provides information about the Nature for Innovative and Inclusive Urban Regeneration international conference organized by the URBiNAT H2020 project. The two-day conference will be held in Milan on June 16-17, 2022 at the Giangiacomo Feltrinelli Foundation and IULM University. The first day will feature a Cities Fair where URBiNAT cities present their healthy corridor co-creation projects. The second day will include 20 scientific sessions addressing nature-based solutions and urban regeneration. Over 100 papers were submitted and reviewed by the scientific committee. The goal is to discuss URBiNAT's scientific and practical approaches to creating sustainable, inclusive, healthy, innovative and equitable cities through nature-based solutions and
Heitor - What do we need to measure to foster “Knowledge as Our Common Future”?innovationoecd
This document discusses the need to rebalance science and technology (STI) indicators to better capture the intrinsic value of STI beyond just economic impacts. It notes that STI statistics have become overly focused on the instrumental economic value of innovation. The document also examines expectations for the OECD's role in STI indicators, including considering contributions from a wider variety of scientific fields, advancing understanding of knowledge production processes beyond national impacts, and characterizing professional practice-based research. It emphasizes that innovation is a collective and cumulative process requiring long-term investment in education and research.
This document provides an overview of recent events and updates within the Universitas 21 network. It discusses the winner of the U21 Global Ingenuity Challenge, which was a project from UNSW Australia called "Step City" that proposed an app-based competition to reduce traffic in Sydney and encourage walking. It also mentions the presentation of the Gilbert Medal to Professor Celso Lafer from Brazil and his acceptance speech discussing the internationalization of science. The document provides brief updates on other collaboration, research, and student experience initiatives within the U21 network.
The document provides an overview of the InGRID project, which aims to integrate and improve the multi-site research infrastructure for studying poverty, living conditions, working conditions, and vulnerability in Europe. Some key points:
- InGRID involves 17 partners across 13 data centers in 10 countries and aims to support comparative social science research through access to data and expertise.
- The infrastructure integrates data archives, EU-wide databases, and new data collection efforts related to topics like poverty, living conditions, working conditions, and job quality.
- InGRID aims to stabilize and improve this infrastructure to better support the social science community's evidence-based contributions toward Europe 2020 goals of inclusive growth and addressing issues like unemployment, poverty
UNESCO sees its role as a laboratory of ideas, standard-setter, and capacity builder to help countries attain quality education for all in the modern world. It addresses global challenges like the growing digital and knowledge divides. UNESCO promotes good practices and initiatives that leverage technologies to improve access, equity, and quality of teaching and learning. Examples of UNESCO's work include standards for teachers' ICT competencies and prizes that reward innovative uses of technology in education.
A knowledge-based society - Can we still afford it? Or can we afford not hav...Giuseppe De Nicolao
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This document summarizes a presentation about the FP7 Science in Society program and National Contact Points. The Science in Society program supports science education projects and bringing science and society together. National Contact Points assist organizations applying for funding under the Science in Society program. The goals of the SiS Net project are to strengthen the network of National Contact Points across Europe and improve their services to project applicants through training and sharing best practices. National Contact Points provide assistance to those seeking funding for activities like science communication, engaging young people with science, and addressing gender issues in science.
The document discusses a study by HEFCE (Higher Education Funding Council for England) on online distance learning in the UK. The study profiles 9 institutions that provide online and distance education. It aims to improve discoverability of online programs and provide advice on infrastructure. It also discusses some myths around online education being inferior and the need for cultural changes in higher education to support online learning.
1. The document discusses the potential innovative impact of information and communication technologies (ICT) and computer science in education.
2. It presents STEF, a research unit that examines how science, technology, education and society intersect, and how ICT can reconfigure science and technology curricula.
3. The document considers how ICT may disrupt traditional schooling models and enable new forms of personalized, interactive learning anywhere and anytime through connected devices.
1) The document discusses the potential innovative impact of information and communication technologies (ICT) and computer science in education.
2) It presents STEF, a research unit that examines how science and technology curriculums should evolve to account for changes in fields and society.
3) The author argues that while ICT is often touted as a way to renew schools, the school system is robust and integrating technology poses challenges around equity, social behaviors, and cultural cohesion.
'Investigar, educar, dialogar. Las lecciones que aprendimos de José Mariano Gago (1948-2015)'. Con este título celebramos los días 1 y 2 de junio de 2016 en la Fundación Ramón Areces un simposio para homenajear la trayectoria de quien fue ministro de Ciencia y Tecnología (1995-2002) y ministro de Ciencia, Tecnología y Educación Superior (2005-2011) de Portugal. Gago desempeñó una labor crucial en el diseño de los planes de desarrollo de la ciencia, la tecnología y la innovación, no solo en su país sino en toda Europa.
This document provides information about an upcoming workshop titled "Learning Through Research" hosted by the Centre de Recherches Interdisciplinaires from July 13-15, 2012 in Paris. The workshop will bring together experts in fields like science, education, and social entrepreneurship to discuss innovative practices in education and research training. The goal is to establish an "Institut Innovant de Formation par la Recherche" to promote open and accessible research training. The workshop agenda is provided along with biographies of over 20 speakers who will discuss topics like citizen science, scientific games, and empowering communities through education.
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1) The document summarizes a case study of collaboration between Sofia University, the Museum of Traditional Crafts and Applied Arts in Troyan, and other partners to develop a citizen science project called the Living Crafts Map.
2) The project aimed to involve citizens in documenting disappearing industries and crafts in Troyan through interviews and an online map. It progressed through various stages from 2022-2023, including training and workshops.
3) In 2023, the partners developed a proposal to apply for funding from the IMPETUS grant program, outlining their citizen involvement plan and goals to develop capacity and put Bulgaria on the map for citizen science. However, the museum ultimately decided to withdraw their participation in
Katarzyna Kwiatek-Grabarska: Can Students Become Citizen Scientists?, COST Ac...John Harlin
Katarzyna Kwiatek-Grabarska is a geography and computer science teacher at Complex of Schools No. 5 in Zabrze, Poland. She's also the Scientix Ambassador in Poland, a GLOBE Program teacher, and a coordinator for Science Day and STEM Discovery Week. Ms. Kwiatek-Grabarska graduated from the Faculty of Earth Sciences at the University of Silesia in Katowice in the field of geography. Postgraduate studies at the Faculty of Informatics and Materials Science in the field of computer science. From the beginning of her professional career, she has been involved in the implementation of many educational projects at national and international level. She is an active teacher of the GLOBE Program. She encourages students to become interested in science by organizing numerous workshop trips to scientific institutions, outdoor research, tourist and sightseeing trips, as well as annual competitions for students. In her talk she asks, “Can students be citizen scientist?”
For more information on the COST Action Workshop on Synergies Between Education & Citizen Science, visit:
http://alpineinstitute-las.org/science/cost-workshop-2018/
Katarzyna Kwiatek-Grabarska: Scientix, the community for science educationn i...John Harlin
Katarzyna Kwiatek-Grabarska
Geography and computer science teacher at Complex of Schools No. 5 in Zabrze, Poland. Scientix Ambassador in Poland. GLOBE Program teacher. Coordinator for Science Day and STEM Discovery Week
“Can Students be Citizen Scientists?”
Ms. Kwiatek-Grabarska graduated from the Faculty of Earth Sciences at the University of Silesia in Katowice in the field of geography. Postgraduate studies at the Faculty of Informatics and Materials Science in the field of computer science. From the beginning of her professional career, she has been involved in the implementation of many educational projects at national and international level. She is an active teacher of the GLOBE Program. She encourages students to become interested in science by organizing numerous workshop trips to scientific institutions, outdoor research, tourist and sightseeing trips, as well as annual competitions for students. In her talk she asks, “Can students be citizen scientist?”
For more information on the COST Action Workshop on Synergies Between Education & Citizen Science, visit:
http://alpineinstitute-las.org/science/cost-workshop-2018/
The document discusses public engagement with science in the UK. It provides information on programs run by the British Science Association to promote engagement, such as British Science Week, the British Science Festival, and CREST Awards for students. It also discusses perceptions of science, including that the public views science positively and supports funding it. However, it notes issues with narrow stereotypes of science and a need to further embed science in culture and society. It advocates treating science as a cultural endeavor to involve a more diverse range of people in addressing societal challenges.
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This document discusses eTwinning, a community for schools in Europe that connects teachers and students across countries through collaborative projects. It provides a brief history of eTwinning from its origins in 2004-2007 under the Lifelong Learning program to its expansion under Erasmus+ in 2014-2020. Key facts are presented on eTwinning's growth to over 578,000 registered teachers from 192,000 schools working on over 74,000 projects across 43 European countries. The benefits of eTwinning are listed as learning, pedagogical development, skill-building, networking, support and recognition. Tools on the eTwinning portal like eTwinning Live and TwinSpace that support project collaboration are also introduced.
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3D printing and designing techniques with Open Source Tools for teachers in p...Brussels, Belgium
Panagiotis Angelopoulos, Scientix MoE Representative, and Despina Mitropoulou, GFOSS Director, presented 3D printing and designing techniques with Open Source Tools for teachers in primary education at the Scientix course "STEM in primary school classrooms" at the Future Classroom Lab 25-29 June 2018.
Tinkering: A new way of learning STEAM - Jessica Massini, European SchoolnetBrussels, Belgium
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A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
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it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
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Prof Mariano Gago: How should Ministries of Education take up STEM challenges?
1. SCIENTIX 2 CONFERENCE
EC and European SchoolNet
Brussels
24 October 2014
«How Ministries of Education should uptake STEM challenges?»
José Mariano Gago
gago@lip.pt
Invited Thinker 2014 Royal Flemish Academy of Belgium for Science and the Arts
INSTITUTO SUPERIOR TÉCNICO - UNIVERSITY OF LISBON
LIP and
INSTITUTO DE PROSPECTIVA
PORTUGAL
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 1
2. To the memory of Joan Solomon
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 2
4. How Ministries of Education should uptake STEM challenges?
How should WE?
Why ministries of Education only? Why STEM only? What kind of STEM? Which STEM challenges?
From Plato and Aristotle, to Cicero and Thomas More’s Utopia, into modern times: philosophers as advisors to the king, or to the people
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 4
5. How Governments should uptake STEM challenges?
1. By making clear their main objective: general science and technology education main purpose is the
scientific and technological culture of society at large
2. By recognising that promoting scientific and technological culture in society is key for the long term
success of Research and S&T policy. Science Education must therefore be part of S&T policy.
3. By promoting the appropriation of Science and Technology by society and thus by investing in science
education, formal and informal.
4. By celebrating the human values of science and their role in civilisation
5. By recognising that general Science and Technology Education in schools is key to lifelong learning
and to social adaptability.
6. By shaping science and technology education as an inclusive process of practical socialisation to
science and technology, working together with all other areas (from the arts to the sports) with no
barriers .
7. By using general science and technology education, project work, systematic experimental and
technical practice, as tools for reducing social selectivity in education.
8. By recognising that only the empowerment of science teachers and their social recognition by society
may allow for the success of sustainable S&T policies.
9. By devising and funding large scale stable national and international initiatives and by supporting
independent initiatives aiming at bringing together schools, research centres, science-based
professionals as well as industry and science centres.
10. By being held political accountable for their actions!
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 5
6. How Governments should uptake STEM challenges?
By making clear their main objective: general science and technology
education main purpose is the scientific and technological culture of
society at large
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 6
7. By recognising that promoting scientific and technological culture
in society is key for the long term success of Research and S&T
policy. Science Education must therefore be part of S&T policy.
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 7
8. By promoting the appropriation of Science and Technology by
society and thus by investing in science education, formal and
informal.
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 8
9. By celebrating the human values of science and their
role in civilisation
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 9
10. By recognising that general Science and Technology
Education in schools is key to lifelong learning and to
social adaptability.
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 10
11. By shaping science and technology education as an inclusive
process of practical socialisation to science and technology,
working together with all other areas (from the arts to the
sports) with no barriers .
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 11
12. By using general science and technology education, project
work, systematic experimental and technical practice, as tools
for reducing social selectivity in education.
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 12
13. By recognising that only the
empowerment of science teachers
and their social recognition by society may allow for the
success of sustainable S&T policies.
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 13
14. By devising and funding large scale stable national and
international initiatives and by supporting independent
initiatives aiming at bringing together schools, research
centres, science-based professionals as well as industry
and science centres.
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 14
15. By being held political accountable for their actions!
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 15
17. “However the present study is more ambitious: it sets school science education in
the context of the future Europe-wide scientific culture of citizens.
We believe that the foundations on which the future of scientific culture in Europe is based
must be built from the knowledge and attitudes transmitted to pupils in the school
classroom.
How these attitudes develop depends on several very broad factors:
• the perceived purposes of science education;
• the contents of the National Curriculum for science;
• the national attitude to how school education should be carried out;
• the national attitude towards science as an academic system of thought.
Science education serves several purposes including preparation for academic scientific
research and training for work in many other fields which may include aspects of science.
Our aim in this project was to look at just one specific purpose - that of forming the public
scientific culture. “ Joan Solomon
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 17
18. “When we decided, five years ago (in1990), to launch the debate on the future of scientific
culture in Europe, and we selected scientific education as the prime sphere of
action, we were well aware of how difficult this task would be.
“The difficulty was, firstly, one of lack of opposition. The debate surrounding
scientific culture revolves, first and foremost, around the conditions of citizenship
in the modern world. Thus, it is a political debate and a political struggle.
“Indeed, the fact that scientific education should have as its cornerstone the criteria of the
formation of wide-spread scientific culture is not obvious , as is apparent from the absence of
the banal and lasting consequences that would be its natural sequel: more widespread
experimentation in the teaching of sciences; "live" scientific education from primary school level;
systematic educational partnership between basic schooling, research institutions, museums or
information dissemination centres.
“The difficulty is also one of duration. Tackling the matter of duration, calls for convictions
rooted in stable social practices.
And hence the third and last difficulty: the fight for scientific culture can only be stated and
brought to notice through denunciation, through a specific attack on what is wrong, (…)of
the structural and pervasive barriers between science and the general population. Hence,
concrete denunciation should be juxtaposed with the effective implementation, the
concrete proof of the possibility of a more democratic scientific culture.
So this is where we are now. “ jmg1995
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 18
20. “It is a sad fact that in most countries very few students who have specialised in SET
or mathematics are recruited into teacher education. The future teacher is more likely to
have a preference for other subjects. In their teaching training, they can often continue to
avoid SET subjects.
This seems to be the case for most countries at the primary level, while the degree of subject
specialisation varies between countries at the secondary level.
At the upper secondary level, most countries have better SET-qualified teachers, although
many countries today suffer from a lack of newly qualified entrants into the SET teaching
workforce.
Paradoxically, the more a society has a need for people with a SET background, the
less likely is it that such people will enter the teaching profession. Part of the reason is
that remuneration, working conditions, possibilities for in-service training, etc. make
the teaching profession less attractive than other areas of work for people who are in
demand. Well qualified and motivated SET teachers are key when it comes to
stimulating future generations’ interest in science and technology and SET careers.
Hence, in the long run, the future lack of well-qualified SET teachers may be even more
serious than the current demand for researchers and scientists.”
Ziman et al, 2004
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 20
21. Science Education should contribute to EDUCATION
Empowering science teachers should contribute to empowering students and
To helping them
To think out of the box!
3 bright spots
Education revisited (from Aldous Huxley, Island, 1962)
Science education revisited (from Robert Louis Stevenson, St Ives, 1897)
Education under attack (from the UN, today)
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 21
27. I don’t know where the rope was got, and doubt if I much cared. Its length, indeed, we made a shift
to fathom out; but who was to tell us how that length compared with the way we had to go?
Day after day, there would be always some of us stolen out to the Devil’s Elbow and making
estimates of the descent, whether by a bare guess or the dropping of stones.
A private of pioneers remembered the formula for that—or else remembered part of it and
obligingly invented the remainder. I had never any real confidence in that formula; and even had
we got it from a book, there were difficulties in the way of the application that might have
daunted Archimedes.
We durst not drop any considerable pebble lest the sentinels should hear, and those that we
dropped we could not hear ourselves.
We had never a watch—or none that had a second-hand; and though every one of us could
guess a second to a nicety, all somehow guessed it differently. In short, if any two set forth upon
this enterprise, they invariably returned with two opinions, and often with a black eye in the
bargain. I looked on upon these proceedings, although not without laughter, yet with impatience
and disgust.
I am one that cannot bear to see things botched or gone upon with ignorance; and the thought
that some poor devil was to hazard his bones upon such premises, revolted me.
(RL Stevenson, St Ives)
SCIENTIX2 Brussels 24.10.2014 J.M.GAGO 27