INFORMATISCHE BILDUNG IN SCHULEN
Neue Informatikzeitschrift für Schule - Nachfolger von LOGIN

Digitaler Aktionsplan der EU 

April 2023 - Fortbildungstagung in der BRD

März 2022

Wie immer sind auch die Kommentare interessant. 
Wie denkt das "Volk" darüber?

Mehr von der Autorin Amy J. Ko

20 Jahre PH Schwyz

Medien und Informatik - PHSZ - Pixelnetz

• Lehrplan 21 MEDIEN UND INFORMATIK
  
  
• • Materialien z.B. hier   oder   hier (ZEBIS) 
  • Materialien für Medienkunde z.B. hier 

• http://fit-in-it.ch (Hasler Stiftung)
  
  
• http://www.swisseduc.ch/informatik
  
  
• Artikel zum Informatikunterricht (Döbeli, 2013, INFOS)

Siehe auch: http://www.informatikstandards.de

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ZEHN THESEN FÜR EINEN ZEITGEMÄßEN INFORMATIKUNTERRICHT
[NORBERT BREIER]

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Zusatzlinks zum Artikel in der C'T Juni 2014  BAUSTELLE SCHUL-IT
http://www.heise.de/ct/inhalt/2014/14/6/

http://www.heise.de/ct/14/14/links/100.shtml

Repräsentative Umfrage in der BRD - Pflichtfach Informatik gewünscht

http://www.lehrer-online.de/1052194.php

Tagungsbände der INFOS 2013 in Kiel

(diesmal leider ohne österreichische Beteiligung)

http://www.infos2013.uni-kiel.de/?page_id=950

Jubiläums-Tagungsband 25 Jahre INFOS 2009 in Berlin

Die internationalen Zeichen für eine Stärkung des Informatik-Unterrichts stehen gut - zumindest auf wissenschaftlicher, empirischer und konzeptueller Ebene: Dem Informatikunterricht muss in Bildungssystemen jeder Stellenwert eingeräumt werden, der dem 21. Jahrhundert entspricht.

Informatikunterricht ist in den Medien angekommen
Artikel im Spiegel vom Mai 2013 

Diskussion um die Oberstufeninformatik in NRW (2013)

Juli 2020
https://teachcomputing.org/curriculum

Feber 2021
Newsletter  Digital Literacy within the Computing Curriculum

Mai 2021
Newsletter - Umsetzung von Lehrplänen 
Keystage 1 - Keystage 2 - Keystage 3  (5-7, 7-11, 11-14 Jahre)

http://community.computingatschool.org.uk/files/6695/original.pdf

• Statement über "Computing" der Royal Society (Mai 2016)
  

• Computer Science, ICT, DL, TEL - Terminology
• Es bewegt sich was in UK - CS statt ICT (Positionspapier)
• Partnerseite aus den UK - Computing-at-School
• Aktuelle Inititiative aus den UK
  
• ICT to be replaced by Computer Science
• Ein kritischer Artikel zum Thema Computer Science ...
• Computing at School Konferenz in UK (Juni 2015)
• Unterlagen (Lehrbücher) zu Computing
• http://www.computingresources.info (Materialien)

          Lehr- und Lernmittel (RISING STARS, kommerziell, kein OER) 

• DIGITAL SKILLS - House of Commons Statement (Juni 2016)    

Ein interessanter Ansatz in Australien

• Vorschlag für ein Curriculum Digital Technologies
• Der Vorschlag auf einem DIN A4-Blatt
  
• Der Entwurf des Faches Digital Technologies (6-16 Jahre)
• Die umfangreiche Stellungnahme dazu
• Ein Zeitungsartikel mit PRO und CONTRA
• Erste Unterrichtsmaterialien ...

CS im Hochtechnologieland USA

• Wer bezahlt die Lehrerfortbildung?
  
  
• Code.org als wesentliches (freies?) Portal

• Warum gibt es nicht mehr CS in US High Schools?
  Coding, Coding und nochmals Coding ...
• http://www.tynker.com/hour-of-code/
• https://www.codeschool.com/
  ebuvudejabug
• (Aktuelles) Curriculum aus den USA
• Computational Thinking auf einer Seite …
  
  
• Big Ideas (Konzepte)
  
• Eine CS-Initiative aus MISSISSIPPI ... CS4MS (Mai 2016)
  
• Eine interessante Stellenausschreibung in Ney York (2016)

SUSAN RODGERS 
Learning How to Teach Computer Science -
And Why I Teach the Way I do

Teaching computer science has been one of the greatest joys of my life. There is no happier sound then hearing the exuberant shout from a student: "My program runs!!!". In this talk, I describe my own journey learning and then later teaching computer science. I was trained to do research, earned a PhD, and was then thrown into a classroom of students. Whoa!!! With little training, I learned how to teach computer science, and over thirty years later I am continuing to try new practices and strategies. Along the way I realized how to make concepts come alive through visualization and interaction, built some tools, and baked some cookies. Underneath it all, I encountered my own struggles that I have conquered or learned to live with.

2021 Overview of Computer Science Education in the USA

Joint-Report - Europa-ACM:

• !!! 03/2003 Plädoyer für Informatikunterricht (Europa) !!!
• Informatics Education Report
• Homepage Gander ETH mit Links

Offenes (unstruktiertes) Wiki: 

http://wahlpflichtinformatik.wikispaces.com

Kompetenzorientierung
IMST-Newsletter 35 zu Kompetenzorientierung Berufsbildung

IMST-Newsletter 37 zu Kompetenzen

Internationale Organisationen

• Informatics for all is the European coalition driving the the establishment of computer science (called “informatics” in Europe) as a foundational part of the curriculum. Of particular interest:
  • 2019: Informatics for All Brussels Workshop describes school-level developments in Informatics education from participants from various countries in Europe (Denmark, England, France, Germany, Poland, Portugal) plus Israel and the USA. Presentations from the workshop areavailable here.
  • 2018:Informatics for All - The Strategy by Informatics Europe and the ACM Europe Council, describes a comprehensive and ambitious plan to establish Informatics as an essential discipline for students in Europe at all levels throughout the educational system.
  • 2017: Informatics Education in Europe: Are We All in the Same Boat?, by Informatics Europe and the ACM Europe Council, gathers data from 55 administrative units (countries, nations, and regions) of Europe (plus Israel) with autonomous educational systems to capture the state of Informatics education across the these countries. Short description here.

Standards und Lehrpläne

• July 2017: CSTA K-12 Computer Science Standards. Produced by CAS’s USA sister organsation, the Computer Science Teachers Association, the progression chart is just two sides.

• June 2017: draft framework for New Zealand’s digital technologies curriculum

• Oct 2016: USA K-12 Computer Science Framework. This is a major, multi-stakeholder USA-based effort to develop a framework for K-12 CS. It’s a very substantial and thoughtful piece of work. CAS members will find lots of useful material in the Framework, a way to think about our subject. Here’s my CAS post about it.

• 2015: The new Australian National Curriculum in Digital Technologies. Plenty about data types, algorithms, networks, etc.

• Dec 2013 ACM/IEEE joint report: Computer Science 2013: Curriculum Guidelines for Undergraduate Programs in Computer Science. It’s university focused of course, but it’s a thoughtful, up-to-date statement of what ACM/IEEE think should be in an undergraduate CS degree.

• 2011: CSTA K-12 Computer Science Standards. A USA-based vision for computing at school, not just a boring standards document. Also contains 30+ pages of “sample classroom activities”.

• Draft curriculum standards in Computer Science and Digital Literacy for Massachusetts.

• Arkansas standards for computing K-8

Überblicke und Berichte

• 2020: 2020 state of computer science education: illuminating disparities is a state-of-the-nation report about computing education in the USA. “This report shows that less than half of all high schools in the U.S. teach CS, with access being lowest for students from rural areas, economically disadvantaged backgrounds, and marginalized racial and ethnic groups underrepresented in computer science. While diversity within classrooms has increased, it’s clear that work is still far from done.”

• Feb 2018: Pre-College Computer Science Education: A Survey of the Field, by Paulo Blikstein of Stanford. It’s very good, albeit a bit USA-centric; Mark Guzdial recommends it strongly.

• Jan 2017: Generation CS: CS Undergraduate Enrollments Surge Since 2006, Computing Research Association. Across the United States and Canada, universities and colleges are facing a significant increase in enrollment in both undergraduate computer science (CS) courses and programs. The current enrollment surge has exceeded previous CS booms, and there is a general sense that the current growth in enrollment is substantially different than that of the mid-1980s and late 1990s. To investigate the current situation, the Computing Research Association (CRA) produced an enrollment survey to measure, assess, and better understand enrollment trends and their impact on computer science units, diversity, and more. Part of this effort included a survey of doctoral- and non-doctoral granting academic units in fall 2015. We report the survey results with respect to majors, nonmajors, diversity, impact on academic units, and units’ actions in response to the surge.

• Dec 2016: Developing Computational Thinking in Compulsory Education. This is a Europe-wide survey report, with quite a lot of per-country information.

• May 2016: The case for improving US Computer Science Education, Information Technology and Innovation Foundation (ITIF). This report is massively supportive of the approach we are taking in the UK. “To maintain the field’s current momentum, the perception of computer science (CS) needs to shift from its being considered a fringe, elective offering or a skills-based course designed to teach basic computer literacy or coding alone. Instead, it is time for CS to be seen as a core science on par with more traditional high school offerings such as biology, chemistry and physics.”, and “The ideal course in computer science is a lot more advanced than either computer literacy or coding. Rather, the best courses focus on underlying scientific principles, give students experience with thinking logically through abstractions, and communicate fundamental knowledge of how software and computing work. These classes introduce topics such as algorithms, programming paradigms, and data structures; they teach students how to think logically through problems, debug code, and apply knowledge to real world projects.”

• April 2016: A Decade of ACM Efforts Contribute to Computer Science for All - good overview of the progress made towards the CS for All initiative.

• Jan 2016: Summary of President Obama’s USA initiative: Computer Science For All. “Computer Science for All is the President’s bold new initiative to empower all American students from kindergarten through high school to learn computer science and be equipped with the computational thinking skills they need to be creators in the digital economy, not just consumers, and to be active citizens in our technology-driven world.” Comes with $4billion funding!

• Australian government announces A$50m of support, over 5 yrs, for computing at school, Dec 2015

• Google-Gallup research report: Perceptions of computer science reflect and reinforce stereotypes, 2015. This report explores participation in and perceptions of CS learning by gender, race and income, in the USA. CAS discussion thread.

• Computing and digital literacy: call for a holistic approach, a short 5-page report from the EDCL Foundation, October 2015.

• Searching for Computer Science: Access and Barriers in U.S. K-12 Education, a Google report, 2015. Accompanying blog post.

• Computing our future: Priorities, School Curricula and Initiatives across Europe, a report of European Schoolnet, Oct 2014. Revised edition, October 2015.

• Computer Science Degree Programs and majors: A guide from USA which looks at computer science education and dissects degree programs and coursework at all academic levels. It then delves into CS on the cutting edge, with profiles of degree options that tap into new tools, ideas and specializations.

• 2014 Computing in Schools: A Call for Action from Informatics Societies, a report of the Council of European Professional Informatics Societies (CEPIS). Mentions CAS explicitly.

• May 2013 Teaching computer science in France: tomorrow can’t wait. This report (in English translation), from the French Academy of Sciences, recommends the adoption of Computer Science as a fundamental subject in the French school curriculum, from primary school onwards.

• Apr 2013 Informatics education: Europe cannot afford to miss the boat Report of the joint Informatics Europe & ACM Europe Working Group on Informatics Education. Here “informatics” is (roughly) Euro-speak for “computer science”. Recommendation 2. All students should benefit from education in informatics as an independent scientific subject, studied both for its intrinsic intellectual and educational value and for its applications to other disciplines.

• A National Talent Strategy – Ideas for Securing U.S. Competitiveness and Economic Growth, a 2012 Microsoft white paper making the case for Computer Science at school; Brad Smith’s blog post on the day he made a policy speech at the Brookings Institute.

• Computing at School: international comparisons, CAS 2011

• International comparisons of computing at school, Nfer 2011, a report commissoined by the Royal Society

• Running on empty is the CSTA’s report on the state of play in the USA (2010)

Blogs und Neuigkeiten

• Can Obama Convince High Schools To Teach Kids To Code?, Forbes Feb 2013.
• Why isn’t there more computer science in US high schools, Mark Guzdial’s CACM blog, Oct 2012.
• La ministre de l’Éducation veut que les enfants soient initiés au code - FAMT - ‘The Minister of Education wants the children to be introduced to the code’.
• Analepse et prolepse pour une science du numérique à l’École - FAMT - Analepsis and prolepsis for Science in the School of Digital

Unterrichtsmaterialien

• 2004 onwards: Learning from Israel:
  
• • Orig Hazzan’s collection of papers: about Israel’s long experience of teaching computer science in secondary school, and a book “Guide to teaching computer science”.
  • Computer Science Concepts in Scratch, by Michal Armoni and Moti Ben-Ari. Free online book. “This book will familiarize you with the Scratch visual programming environment, focusing on using Scratch to learn computer science.”
  • Curriculum and course material for a high school program in Computer Science, Gal-Ezer and Harel, around 1998
  • A high school program in Computer Science, Gal-Ezer, Beeri, Harel, and Yehudai, around 1997. More background, but less detailed than the previous one.

• 2014 Support for Finnish schools preparing for their new national curriculum in 2016, which includes programming from primary school onwards.

• Feb 2013 The code.org site was launched. Lots of programming resources, motivational videos etc.

• Feb 2013 The Australian Curriculum Assessment and Reporting Authority (ACARA) draft Technologies curriculum, and article in The Register

• New Zealand Association for Computing, Digital and Information Technology Teachers. A terrific, curated collection of resources to teach CS.

• The beauty and joy of computer science, a course offered by UC Berkeley for non-conputer-science majors. Teaches programming using Scratch/BYOB. “But this course is far more than just learning to program. We’ll focus on some of the “Big Ideas” of computing, such as abstraction, design, recursion, concurrency, simulations, and the limits of computation. We’ll show some beautiful applications of computing that have changed the world, talk about the history of computing, and where it will go in the future. Throughout the course, relevance will be emphasized: relevance to the student and to society”.

• Exploring Computer Science: a major initiatve based at UCLA

• College board Computer Science Principles course
  • A list of articles and presentations relating to the American CS Principles programme.
  • The big ideas, key concepts an d learning objectives of the course

• International Baccalaureate subject outline for Information Technology in a Global Society contains a useful discussion of that subject compared to Computer Science.

• Nov 2010: US Computer Science Principles AP Course (under development)

• Being fluent with information technology, and accompanying University of Washington course. An old report (1999), but written by a heavyweight USA committee, with an interesting discussion of digital literacy and digital fluency. (Despite first impressions, the report can be downloaded for free.)

• Informatics in schools : local proceedings of the 6th International Conference ISSEP 2013 ; selected papers ; Oldenburg, Germany, February 26–March 2, 2013

• #codingcounts Report on coding and robotics as part of the curriculum for Queensland schools.

• Plans coding and computational thinking in Singapore, see §4.6.3 of this report and the Coding@SG movement

Internationale Forschung

• Peter Hubwieser (2013). The Darmstadt Model: A First Step towards a Research Framework for Computer Science Education in Schools. In I. Diethelm and R.T. Mittermeir (Eds.): ISSEP 2013, LNCS 7780, pp. 15–30, 2013.Springer-Verlag Berlin Heidelberg 2013. (The Darmstadt model is a new approach to evaluating and comparing Computer Science education in schools in different countries and contexts - in this paper Peter relates the model to CS Education in Bavaria)
• Peter Hubwieser, Michal Armoni, Torsten Brinda, Valentina Dagiene, Ira Diethelm, Michail N Giannakos, Maria Knobelsdorf, Johannes Magenheim, Roland T Mittermeir, Sigrid E Schubert (2011). Computer science/informatics in secondary education. Proceedings of the 16th annual conference reports on Innovation and technology in computer science education - working group reports, Darmstadt, Germany. (This is the report of the working group who proposed the Darmstadt model).
• Schulte, C.,Dagiene, V., Eckerdal, A., Hornung, M., Jevsikova, T., Peters, A., Sentance, S and Thota, N. (2012). Computer Science at School / CS Teacher Education - Koli Working-group report on CS at School. Proceedings of the 12th Koli Calling International Conference in Computing Education. November 15/18th Joensuu, Finland.(This paper reports on a survey that several CAS members contributed to and looks at current issues in CS Education in schools and teacher education across many countries).