Key Competences for Lifelong Learning

Total Page:16

File Type:pdf, Size:1020Kb

Key Competences for Lifelong Learning EUROPEAN COMMISSION Brussels, 17.1.2018 SWD(2018) 14 final COMMISSION STAFF WORKING DOCUMENT Accompanying the document Proposal for a COUNCIL RECOMMENDATION on Key Competences for LifeLong Learning {COM(2018) 24 final} EN EN Contents 1. Introduction ......................................................................................................................................... 3 2. The objectives and the impact of the 2006 Recommendation on Key Competences ........................ 6 2.1 The objectives of the 2006 Recommendation on Key Competences ........................................... 6 2.2 Impact of the Recommendation on Key Competences ................................................................. 8 2.3 Key competences in national competence frameworks ............................................................. 10 2.4 National strategies or reforms in education influenced by the European Framework of Key Competences for Lifelong Learning ................................................................................................... 16 2.5 Comparison of other international frameworks ......................................................................... 19 3. Results from the stakeholder consultation ....................................................................................... 28 3.1 Public on-line consultation .......................................................................................................... 28 Previous experiences with the European Reference Framework ................................................. 29 Position Papers .............................................................................................................................. 30 3.2. Main findings during the consultation process .......................................................................... 30 What are the main strengths of the current Framework as a whole? .......................................... 30 What are the main weaknesses of the current Framework as a whole? ...................................... 31 Need for change ............................................................................................................................ 31 Making the Key Competences approach more operational ......................................................... 31 3.3 Findings per key competence ...................................................................................................... 32 Communication competences ....................................................................................................... 33 Mathematical competence and basic competences in science and technology ........................... 34 Digital competence ........................................................................................................................ 34 Learning to learn ........................................................................................................................... 34 Social and civic competence .......................................................................................................... 34 Sense of initiative & entrepreneurship .......................................................................................... 34 Cultural awareness and expression ............................................................................................... 35 Transversal elements ..................................................................................................................... 35 4. The proposal for a Recommendation on Key Competences for Lifelong learning ........................... 36 4.1 Recommendations to Member States and Commission ............................................................. 36 4.2 Changes to the European Reference Framework of Key Competences ..................................... 38 Underlying concepts ...................................................................................................................... 41 Literacy .......................................................................................................................................... 44 Languages competence ................................................................................................................. 46 1 Science, technological, engineering and mathematical competence ........................................... 47 Digital competence........................................................................................................................ 50 Personal, Social and Learning Competence .................................................................................. 51 Civic competence .......................................................................................................................... 55 Entrepreneurship competence ..................................................................................................... 57 Cultural awareness and expression ............................................................................................... 59 5. Good practices to support Key Competences Development ............................................................ 62 5.1 Challenges for implementation ................................................................................................... 63 5.2 Competence Frameworks ........................................................................................................... 64 5.3 Supporting educational staff ....................................................................................................... 65 5.4 Assessment of learners ............................................................................................................... 67 Different approaches to and purposes of assessment .................................................................. 67 International assessment, evaluation and comparison ................................................................ 69 European Frameworks to support assessment ............................................................................. 71 National testing ............................................................................................................................. 72 5.5 Learning environments and learning approaches ....................................................................... 75 5.6 Monitoring and evaluation of the use of the Recommendation for Key Competences for Lifelong Learning ............................................................................................................................... 78 6. Policies and projects supporting competence development in lifelong learning perspective ......... 83 6.1 Foundations for lifelong learning: The significance of early childhood for competence development ..................................................................................................................................... 83 Literacy .......................................................................................................................................... 85 Languages ...................................................................................................................................... 87 Mathematics, science and technology .......................................................................................... 88 Digital ............................................................................................................................................. 92 Personal, Social and Learning ........................................................................................................ 95 Civic competence .......................................................................................................................... 97 Entrepreneurship .......................................................................................................................... 99 Cultural awareness and expression ............................................................................................. 101 2 1. Introduction In 2006, the European Parliament and the Council adopted a Recommendation on Key Competences for Lifelong Learning1. In its annex, the European Reference Framework of Key Competences for Lifelong Learning, it defined the competences each European citizen needs for personal fulfilment and development, employment, social inclusion and active citizenship. It invited Member States to ensure that their education and training systems are able to equip people with these competences. Since 2006, European societies and economies have experienced significant changes, digital and technological innovations as well as labour market and demographic changes. Many of today's jobs did not exist a decade ago and many new kinds of jobs will be created in the future. Manual operations are vulnerable to automation and changes in work patterns are on the rise. Increased mobility and cultural mixity, new forms of communication and relationships alter the ways societies are organized. Climate change and the limits of ecological resources, together with economic and social inequalities, mean that sustainable development is a necessary concern for all human activity.2 These developments change daily life, both at work and leisure. Society and economy rely heavily on highly competent people while competence requirements are changing; in addition to good basic skills (literacy, numeracy and basic digital skills) and civic competences; skills such as
Recommended publications
  • Contents #110 1
    Contents #110 1. Contents 2. Editorial #110 3. In this issue 4. Education News and Views 7. Good Practical Science John Holman 8. Irish Success at the International Chemistry Olympiad Odilla Finlayson 10. ARTIST - Action Research To Innovate Science Teaching Sarah Hayes, Peter Childs and Aimee Stapleton 12. Chemists you should know: #2 Niels Bohr – into atomic orbits Adrian J. Ryder 15. Classical Chemical Quotations #8 Niels Bohr 16. The world’s largest crystal model Robert Krickl 19. Teaching science in the USA Emma Ryan 23. Science Integration as a Precursor to Effective STEM education Miriam Hamilton 28. How does it work? The chemistry of the brown ring test for nitrate ions 30. TEMI idea: The amazing polydensity bottle 31. TEMI idea: The mystery of the disappearing precipitate 34. Zippie Chemistry Enda Carr 38. Places to visit Glengowla Mines, Co. Galway 40. Diary 41. Lithium the light metal powering the future – from brines to batteries ` Conference Reports 46. 10 th IViCE, Irish Variety in Chemistry Education Claire McDonnell 48. Science on Stage Europe Enda Carr 49. 11 th Chemistry Demonstration Workshop 51. 6th Annual BASF Summer School for Chemistry Teachers Declan Kennedy 53. 7th Eurovariety in University Chemistry Teaching Peter E. Childs 56. ESERA 2017 Peter E. Childs 58. Science at the National Ploughing Championships 2017 Aimee Stapleton, Martin McHugh, Sarah Hayes 60. Chemlingo: what’s in a name – nitre or natron? Peter E. Childs 61. The danger of cherry stones 62. The two faces of rubber 64. Information page Disclaimer The views expressed in Chemistry in Action! are those of the authors and the Editor is not responsible for any views expressed.
    [Show full text]
  • David Featonby “Retired” from School Physics Teaching After 35 Years in the Classroom, Working Successfully with Pupils of A
    David Featonby “retired” from school physics teaching after 35 years in the classroom, working successfully with pupils of all abilities in a large comprehensive school in Newcastle on Tyne , England. Since retiring he has worked with the Institute of Physics UK as a Teacher Trainer in the North East of England and throughout the UK. He has represented UK at Science on Stage in Geneva 2005, Grenoble 2007, Berlin 2008, Copenhagen in 2011 and Slubice in 2013. David now works with the International Science on Stage (Europe) Committee as UK representative and member of the Executive Board. He is author of articles in the European journal Science in School and several "hands on" articles in the international journal Physics Education, including a regular column entitled “What happens Next?” He has led workshops at many conferences throughout the UK and Europe. David is particularly interested in making Physics accessible to all and showing the physics in everyday things to the public, whatever their age. Most recently he was given a special commendation from the Institute of Physics for his recent article on the Tippee Top, and has been instrumental in raising awareness of the problems children with Colour vision deficiency experience in science. David is a member of the latest Science on Sate i-stage group producing on line materials for teachers on “Science and Football”. David is a keen musician (playing violin, and Northumbrian small pipes )and recently led an international choir at Science on Stage in London. Apart from his science David spends time at home in a community orchestra, is a governor of his local school, a keen member of his village church and a grandfather! Science on Stage…“From teachers, for teachers” …is a teacher network established in 2000 …is a non-profit association since 2011 with headquarters in Berlin …has National Steering Committees (NSCs) in 25 countries …reaches about 100.000 teachers and teacher trainers, e.g.
    [Show full text]
  • Science on Stage Position and Statements
    SCIENCE ON STAGE POSITION AND STATEMENTS Science on Stage is the leading network for STEM teachers in Europe: For over 15 years our non-profit initiative has been providing a platform to support committed STEM teachers the exchange of best-practice teaching ideas across borders and in the long-term set-up of international teacher co-operations. Following the principle ‘from teachers for teachers’ the focus is on teachers as educational experts. Science on Stage is supporting their international professionalization: From primary to secondary school – motivated teachers are key to help students develop the skills they need for the societal challenges of the future. SCIENCE ON STAGE: TEACHER PROFESSIONALISM FROM TEACHERS FOR TEACHERS FOCUS ON TEACHERS REAL CHANGES START AT THE BASE challenge: Committed teachers should be supported in their personal and professional growth. The appreciation of the teaching challenge: Representatives of politics, industry and education profession itself should be strengthened in society. providers agree that professional and well-trained teachers play a key role when it comes to facing large scale societal challenges of the Science on Stage supports teachers‘ motivation by organising future. international educational festivals, international cooperation between teachers as well as cross-border teacher trainings. By Science on Stage, the European Network for STEM Teachers, experiencing these kind of personal exchanges with like-minded continues to support the in-service training, motivation and colleagues, teachers’ self esteem is strengthened and new skills are networking between teachers with good practice teaching ideas. gained. As a public platform for good practice teaching ideas it is Teachers have engaged with Science on Stage over the past 15 years especially important to us to highlight our teachers’ commitment to via non-bureaucratic and effective exchange activities.
    [Show full text]
  • Presentation 2009 the Association, the Activities, the Ambitions
    The European Science Teaching Network Science on Stage Belgium Presentation 2009 p.1 Presentation 2009 The association, the activities, the ambitions. SCIENCE ON STAGE BELGIUM is part of SCIENCE ON STAGE EUROPE The European Science teaching network ASBL SCIENCE ON STAGE BELGIUM VZW www.scienceonstage.be The European Science Teaching Network Science on Stage Belgium Presentation 2009 p.2 A consultation platform for science teachers SCIENCE ON STAGE is a European initiative which is supported by the European Commission, 7 large European research centres, the European Physical Society (EPS) and the European Association for Astronomy and Education (EAAE). SCIENCE ON STAGE is consulting platform which offers science teachers all over Europe to meet each other, to exchange ideas, to try out didactic methods, to look for experiments and to exchange material. • The 7 research centres are: - The European Organization for Nuclear Research (CERN) - The European Fusion Development Agreement (EFDA) - The European Molecular Biology Laboratory (EMBL) - The European Space Agency (ESA) - The European Southern Laboratory (ESO) - The European Synchrotron Radiation Facility (ESRF) - The Institute Laue-Langevin (ILL) ASBL SCIENCE ON STAGE BELGIUM VZW www.scienceonstage.be The European Science Teaching Network Science on Stage Belgium Presentation 2009 p.3 • Science on Stage Europe members are Austria, Belgium, Bulgaria, Cyprus, Czech Republic, Denmark, Finland, France, Germany, Greece, Hungary, Ireland, Italy, Lithuania, Luxembourg, Malta, Netherlands, Norway,
    [Show full text]
  • Science on Stage: Gathering Momentum
    sis_15_RZ.qxq:Layout 1 28.05.2010 19:15 Uhr Seite 2 Our image of the world – a project combining astronomy and art Schools from all over Austria display their projects Walking with the planets (Kinderplane- tenweg) Science on Stage: gathering momentum Science on Stage Austria ing festival in Copenhagen, Denmark, their enthusiasm for science, to swap I was lucky enough to attend the in 2011w1 – and it wasn’t an easy ideas and to gain inspiration for their Science on Stage Austria event as a choice for the eight scientists, educa- teaching. Another success for Science member of the jury. After two days, tors, and members of the Austrian edu- on Stage. my head was in a whirl: how to com- cation ministry who made up the jury. For more details, including the win- pare a primary school’s 7 km scale All the 41 projects presented were ning projects, visit the Science on model of the Solar System – complete wonderful; all represented inspiration Stage Austria websitew2. with a rucksack full of experiments and hard work by teachers and stu- for the children to perform on each dents alike. There were ideas for ‘planet’ – with a project in which sec- measuring your mass (not your Science on Stage Belgium ondary-school students developed weight), getting a feel for food webs Where could you take a virtual trip experiments to explain the physics of (with the help of some cuddly toys), to Mars, learn how to build a ‘green’ music to younger children? And how investigating the beauty of polarisa- battery, or discover the physics of should we judge those against some tion, or using Excel to model predator music? Again, at Science on Stage – impressive original research into the and prey populations; there were also this time in Belgium, where on 27 effects of diet on health, performed by plays, demonstrations and hands-on February 2010, 140 teachers, inspec- students at an agricultural secondary experiments.
    [Show full text]
  • The European Science Teachers' Network
    SCIENCE ON STAGE EUROPE The European Science Teachers’ Network FROM TEACHERS FOR TEACHERS www.science-on-stage.eu tb Science on Stage Europe brings together science teachers from across Europe to exchange best practice and teaching ideas and concepts with passionate col- leagues from over 30 countries. Science on Stage Europe believes that the best way to improve science teaching and to encourage more schoolchildren to consider a career in science or engineering is to motivate and inform their teachers. The non-profit organisation was founded in 2000 and reaches 100,000 teachers Europe-wide. The countries involved are: ICELAND JOIN FINLAND US! NORWAY CANADA SWEDEN LATVIA DENMARK LITHUANIA UNITED KINGDOM IRELAND THE NETHERLANDS POLAND GERMANY BELGIUM CZECH REPUBLIC UKRAINE SLOVAKIA KAZAKHSTAN FRANCE AUSTRIA HUNGARY SWITZERLAND SLOVENIA ROMANIA SERBIA BULGARIA ITALY GEORGIA SPAIN ALBANIA PORTUGAL GREECE TURKEY CYPRUS Activities Science on Stage festival Every two years Science on Stage Europe orga nises Europe’s biggest science teaching festival. Teachers from all over Europe exchange their ideas, projects and methods at stands, in work shops and on stage. These ideas are after wards spread throughout Europe via follow-up activities: Teacher training International projects The Science on Stage countries Working groups of international teachers organise teacher training events develop materials for their colleagues in Eu- involving an international project rope. Science on Stage publishes these and a national festival project. concepts, which can be ordered or down- loaded for free. Travel scholarships Teachers from different countries who par- Teaching materials ticipated in the festival can meet again to Science on Stage publishes teaching mate- continue their work and to develop joint rials developed by teachers for teachers in projects.
    [Show full text]
  • Press Release
    Press release Europe’s best: Hungarian science teacher from Budapest awarded at the Science on Stage festival 2015 Science on Stage Europe Márta Gajdosné Szabó from the Kempelen Farkas Gimnazium wins European Poststraße 4/5 Science Teacher Award in London 10178 Berlin ∙ Germany Tel. +49 (0)30 400067‐42 Fax +49 (0)30 400067‐35 (London, 25nd June 2015) To enthuse students about natural sciences is a www.science‐on‐stage.eu real challenge. The teachers at the Science on Stage festival 2015 do press@science‐on‐stage.eu know how to master it perfectly well: From 17‐20 June around 400 participants from 24 European countries and Canada came together at Europe’s largest educational fair for science teachers at Queen Mary University of London to present enthralling teaching ideas from teachers for teachers. The most innovative projects got awarded by Science on Stage Europe with the European Science Teacher Award. One of the prize winners is Márta Gajdosné Szabó from the Kempelen Farkas Gimnazium in Budapest. Conquering European classrooms: The best science teachers 2015 Eleven teachers received the European Science Teacher Award. The prize winners hail this year from Canada, Czech Republic, Germany, the Netherlands, Switzerland and the United Kingdom and ‐ Hungary. With the German‐Hungarian joint project ‘Worldwide Mountains – We move the Mountain to Europe‘ that shows how mining can be cleverly connected to chemistry teaching, Gajdosné Szabó and her German teammates Ute Eckhoff and Frank Walter from Goslar not only enthused their colleagues but also an international jury. It complimented the project for its outstanding creativity and commitment: ‘The awarded project shows how students can easily be fascinated for science with creative ideas and it is a big motivation for every teacher who wants to make the difference’ said Anders Blomqvist, Chair of Science on Stage Sweden and member of the board.
    [Show full text]
  • Papers Are Being Prepared and Published; Good Practice Is Being Shared, and All This from Practicing Teachers to Other Practicing Teachers
    Science on stage SCIENCE ON STAGE: THE EUROPEAN PLATFORM FOR SCIENCE TEACHERS D. Featonby Science on Stage Europe, [email protected] INTRODUCTION Science on stage is a pan European teacher network established in 2000 as Physics on Stage which grew into Science on Stage in 2005. It is a non-profit association since 2011 with administrative headquarters in Berlin. We believe that living out its motto “From teachers for teachers” makes Science on Stage unique in Europe. By inspiring science teachers we provide inspiration for our students, and therefore will make a difference in the supply of motivated scientists in the future. The ultimate goal of science on stage is to improve science teaching by encouraging creativity in science teaching, with teachers sharing ideas that have worked for them in the laboratory and classroom. Through this we shall encourage more school children to consider a career in science or engineering by spreading good teaching practice among Europe’s science teachers. Science on Stage has an expanding network of national committees (NSCs) in more than 25 european countries (1) who are responsible for selection national representatives for its festivals and promoting the good teaching ideas from these biannual festivals and consequently reaches about 100.000 teachers and teacher trainers each year. Each National Committee works independently following certain agreed guidelines common to all, is self funding from local industry, governments and educational institutions, and is supported from the Science on Stage office in Berlin. Fig.1. Teachers sharing ideas at a recent Science on Stage Festival 43 Teaching Physics Innovatively Science on Stage has organised eight European festivals from 2000-2015, the latest being in London, and the next is planned to be held in Debrecen, Hungary in 2017.
    [Show full text]
  • Physics on Stage 2&3 Teaching Ideas Selected by the Irish Teams
    Demonstrations and teaching ideas selected by the Irish teams PHY ICS on onS Stagetage 2 &2 3& 3 Demonstrations and teaching ideas selected by the Irish teams Foreword It is a pleasure to introduce this science teaching resource which presents demonstra- tions and teaching ideas prepared and selected by the Irish Science on Stage commit- tee and delegates that attended either the Physics on Stage 2 festival at ESA-ESTEC (Noordwijk) the Netherlands from 2-6 April 2002 or the Physics on Stage 3 festival held in ESA-ESTEC (Noordwijk) the Netherlands from 8-15 November 2003. The Physics on Stage programme was initiated in 1999 by representatives of the CERN, ESA and ESO Outreach Departments, in response to the European Commission’s Call for Proposals for the European Science and Technology Week 2000. The Physics on Stage Programme evolved into the Science on Stage programme and two international festivals have been held, Science on Stage 1 in CERN (Geneva) Switzerland on 21-25 November 2005 and Science on Stage 2 in ESRF/ILL (Grenoble) France on 2-6 April 2007. Since 2008, Science on Stage Europe (www.science-on-stage.eu) have coordinated the Interna- tional festivals, with Science on Stage 2008 held in Berlin Germany on 23-26 October 2008 and Science on Stage 2011 planned for Copenhagen, Denmark on 16-19 April 2011. The Irish participation in this project and the reprinting of this resource is made possible by the generous sponsorship of the Second Level Support Service, Junior Science Sup- port Service, Discover Science and Engineering, Institute of Physics in Ireland, Centre for the Advancement of Science and Mathematics Teaching and Learning (CASTeL) and EIROforum European Science Teachers’ Initiative (ESTI) (a partnership between CERN, ESA, ESO, EMBL, ESRF, ILL, EFDA and supported by the European Commission).
    [Show full text]
  • Ising NOW on FACEBOOK
    Summer 2012 Issue 23 How many schools and teachers do you reach – worldwide? The European journal for science teachers In this issue: Build your own radio telescope Advertising in Science in School · Choose between advertising in the quarterly print journal or on our website. Also: · Website: reach over 30 000 science educators worldwide – every month. · In print: target over 5000 European science educators every quarter, including NOW ON FACEBOOK: over 3500 named subscribers. Intersex: www.facebook.com/scienceinschool · Distribute your flyers, brochures, CD-ROMs or other materials to the recipients of the print copies. For more details, see www.scienceinschool.org/advertising Published by falling outside EIROforum: the norm ISSN: 1818-0353 Subscribe (free in Europe): www.scienceinschool.org Published and funded by EIROforum Editorial About Science in School The European journal for science teachers Science in School is the only teaching journal to cover all sciences and target the whole of hat makes diamonds strong or a tiger stripy? Europe and beyond. Contents include cutting- Why is music uplifting or the Alhambra pal- edge science, teaching materials and much Wace beautiful? The answer: mathematics. As more. mathematician Marcus du Sautoy explains in our feature Brought to you by Europe’s top scientific article, mathematics is all around us – and this can be the research institutes key to exciting lessons. Science in School is published and funded by EIROforum (www.eiroforum.org), a partnership X and Y – algebra or sex chromosomes? We used to think between eight of Europe’s largest intergovern- the ‘equation’ was simple – XX = female, XY = male – but mental scientific research organisations.
    [Show full text]
  • Plan of Venue – Science on Stage 2019
    EVENT MAP | GROUND FLOOR A B C D E F G H I J K L M N O P Q R S GUIDING THEMES 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 06 06 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 08 DIGITAL LITERACY AND 05 05 09 09 09 09 09 09 09 09 09 09 09 09 09 09 09 09 SCIENCE EDUCATION 07 04 04 08 08 08 08 08 08 08 08 08 08 08 08 08 08 08 08 06 SUSTAINABLE DEVELOPMENT 03 03 07 07 07 07 07 07 07 07 07 07 07 07 07 07 07 07 IN SCIENCE EDUCATION 02 02 06 06 06 06 06 06 06 06 06 06 06 06 06 06 06 06 05 01 01 05 05 05 05 05 05 05 05 05 05 05 05 05 05 05 05 04 JOINT PROJECTS 04 04 04 04 04 04 04 04 04 04 04 04 04 04 04 04 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 03 SCIENCE IN EARLY YEARS 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 INCLUSIVE SCIENCE LOW-COST AND RECYCLED SCIENCE WORKSHOP ASTRONOMY AND SPACE EXPLORATION 1 IN SCIENCE EDUCATION 01 01 WORKSHOP WORKSHOP AREA 01 2 02 02 02 IAU - 100 YEAR Expo 03 03 03 WORKSHOP 3 04 PLANETARY 04 04 01 05 05 05 COSMIC RAY SPARK CHAMBER IAU 02 06 EXPO WORKSHOP 06 06 07 4 PLANETARY SPARK CHAMBER Y V U T EVENT MAP | FIRST FLOOR WORKSHOP AREA SPONSORS / PARTNERS GOOGLE EARTH OUTREACH SPONSORS PARTNERS CASCAIS STAND Active Learning Space ACTIVE LEARNING SPACE By Promethean & Steelcase COFFEE AREA WORKSHOP NETWORKING AREA 5 |NUCLIO MOON EXPO WORKSHOP 6 COFFEE AREA WORKSHOP 7 MOON EXPO AREA NETWORKING WORKSHOP 8 EVENT PROJECTS | TABLE DISPOSITION Safe flight - innovative modification of a wing Teaching Physics with LEGO EV3 (PORTUGAL) Machine Learning in school
    [Show full text]
  • ETE III Conference Book
    Contents Preface .................................................................................................................................................... 5 Location and site map............................................................................................................................. 6 Conference Overview ............................................................................................................................. 7 Organisational structure of the conference........................................................................................... 8 Keynotes.................................................................................................................................................. 9 Keynote 1: Specifying and centering equity-specific learning demands in the improvement of mathematics teaching at scale ............................................................................................................ 9 Keynote 2: Policy to support teacher engagement with education research knowledge: Implications for scaling up professional development ....................................................................... 9 Keynote 3: Towards a research-base for supporting and Educating the Educators ......................... 10 Workshops ............................................................................................................................................ 11 Increasing the engagement of STEM Educators through theatre methods – Personal Dimension . 11 Classroom
    [Show full text]