TLC2016 - Digicouching pedagogy in online learning on Humak University of App...BlackboardEMEA
Presenter: Paivi Timonen
Organisation: Humak - Humanistic University of Applied Sciences
Description: The Humak University of Applied Sciences runs online learning on Moodle/Moodlerooms and online webinars (Adobe Connect /Collaborate). Pedagogical aim is couching pedagogy which Humak has developed for the purpose to develop socio constructive learning. Studies are on digital environments. For supporting learning on small groups Humak uses real time webinars. For real time webinars we have developed a pedagogical path for activating and deepening students learning. Humak has recent experience on cMOOCs (Constructive Massive Online Courses).
Digital learning design framework and toolkit – Teesside’s story
Since its launch in 2019, the Teesside University online learning project, a strategic, change and transformation initiative across the institution yields a 90% retention rate for learners.
The course teams take part in an Academic Transformation Programme which utilises a very similar version of this toolkit, designed for full-fledge online learning course design and delivery model, supporting staff to design courses that offer a rich experience that is based on excellent teaching and learning literature from across the world.
Their collaboration with Jisc brings a wide-scale national and international dimension to digital learning design. The digital learning design framework and toolkit can be a fundamental action you take to ensure not just one department, not just one school, but an entire institution can move towards effective and creative learning design in a structured and supportive way, enabling scaled-up transformative change.
A presentation by John Sumpter, subject specialist: digital practice (leadership), Jisc and Ann Thanaraj, assistant academic registrar leading the digital transformation of learning and teaching, Teesside University
Keynote: organisational approaches to support staff and students by providing...Jisc
Professor Ale Armellini, dean of learning and teaching and director of the Institute of Learning and Teaching in Higher Education, University of Northampton
Rob Howe, head of learning technology, University of Northampton
Joint building digital capability and digital experience insights community of practice event, 21 May 2020.
Speakers:
Dr Clive P L Young, advisory team leader digital education, information services division, UCL
Nataša Perović, digital education adviser, UCL
ABC is an effective and engaging hands-on workshop that has now been trialled with great success over a range of programmes.
In just 90 minutes, using rapid prototyping, teams work together to create a visual ‘storyboard’ outlining the type and sequence of learning activities and highlight assessment and feedback opportunities.
TLC2016 - Digicouching pedagogy in online learning on Humak University of App...BlackboardEMEA
Presenter: Paivi Timonen
Organisation: Humak - Humanistic University of Applied Sciences
Description: The Humak University of Applied Sciences runs online learning on Moodle/Moodlerooms and online webinars (Adobe Connect /Collaborate). Pedagogical aim is couching pedagogy which Humak has developed for the purpose to develop socio constructive learning. Studies are on digital environments. For supporting learning on small groups Humak uses real time webinars. For real time webinars we have developed a pedagogical path for activating and deepening students learning. Humak has recent experience on cMOOCs (Constructive Massive Online Courses).
Digital learning design framework and toolkit – Teesside’s story
Since its launch in 2019, the Teesside University online learning project, a strategic, change and transformation initiative across the institution yields a 90% retention rate for learners.
The course teams take part in an Academic Transformation Programme which utilises a very similar version of this toolkit, designed for full-fledge online learning course design and delivery model, supporting staff to design courses that offer a rich experience that is based on excellent teaching and learning literature from across the world.
Their collaboration with Jisc brings a wide-scale national and international dimension to digital learning design. The digital learning design framework and toolkit can be a fundamental action you take to ensure not just one department, not just one school, but an entire institution can move towards effective and creative learning design in a structured and supportive way, enabling scaled-up transformative change.
A presentation by John Sumpter, subject specialist: digital practice (leadership), Jisc and Ann Thanaraj, assistant academic registrar leading the digital transformation of learning and teaching, Teesside University
Keynote: organisational approaches to support staff and students by providing...Jisc
Professor Ale Armellini, dean of learning and teaching and director of the Institute of Learning and Teaching in Higher Education, University of Northampton
Rob Howe, head of learning technology, University of Northampton
Joint building digital capability and digital experience insights community of practice event, 21 May 2020.
Speakers:
Dr Clive P L Young, advisory team leader digital education, information services division, UCL
Nataša Perović, digital education adviser, UCL
ABC is an effective and engaging hands-on workshop that has now been trialled with great success over a range of programmes.
In just 90 minutes, using rapid prototyping, teams work together to create a visual ‘storyboard’ outlining the type and sequence of learning activities and highlight assessment and feedback opportunities.
Presentation of Inge de Waard for EDEN's NAP webinar on 'Student Evaluation during & after COVID19' - 22 April 2020, 15:30 CEST
More info:
https://www.eden-online.org/student-evaluation-during-and-after-covid-19/
TLC2016 - Mobile moments: how the modern student makes learning their ownBlackboardEMEA
Presenter: Phil Rothwell
Organisation: Liverpool John Moores University
Description: Mobile is regarded as a truly disruptive technology and its application within teaching can still divide educators. That said its popularity, particularly with the so called ""Millennials"" is undoubtedly huge and continually growing, so it is important to identify how today's student is engaging with mobile technology and to try to draw some conclusions about what this might mean.
At Liverpool John Moores University we've set about this by examining what students have been doing and where, within the constraints of ""Mobile Moments"" or brief windows in which the learner completes small tasks pertaining to their studies. This investigation formed part of a broader survey into device ownership and student Mobile learning.
Digital education at Manchester Metropolitan University: responding to the gl...Jisc
A presentation from our joint building digital capability and digital experience insights community of practice event May 2021.
Presented by Professor Helen Laville, provost, Kingston University and Professor Mark Stubbs, assistant director, learning and research technologies (LRT), Manchester Metropolitan University.
Transformation of Offline to INline Education (FINE)Pierre Gorissen
How do you support students in times of increasing needs for flexible education? And how do you make sure your institution stays relevant to your students? At the Fontys University of Applied Sciences these questions are being addressed as part of the Fontys INline Education (FINE) project. Inline education is the optimal combination of online and offline education. The activities of the project focusses on different levels, such as providing an internal call for tender, the formation of a community, research related to inline education, teacher training, and optimization of the infrastructure.
Het onderwijs innoveren doen we samen - Armand Bloem en Robert van der Hoef (...SURF Events
We geven toelichting op het Educatie Transformatie Framework en onze visie & roadmap voor het onderwijs. We tonen de belangrijkste productontwikkelingen van TEAMS, PowerApp en Cloud. En we delen onze plannen om in de driehoek tussen instellingen, SURF en Microsoft gezamelijk te innoveren.
Redesigning assessment and feedback - landscape review and areas for developmentJisc
An opportunity to discuss findings to date from our research into the assessment and feedback landscape and to input your thoughts on the future direction of this work.
A presentation by Lisa Gray, senior consultant (HE learning and teaching), Jisc and Gill Ferrell, consultant and IMS Europe program director, IMS global learning consortium.
Defining future learning - the City of Wolverhampton College wayJisc
A presentation from our joint building digital capability and digital experience insights community of practice event in May 2021.
Presented by Conrad Taylor, business learning and technologies manager and Adam Dwight, learning innovator, lecturer from City of Wolverhampton College.
Introducing students to Digital Capabilities OnlineJisc
Member story from the University of Surrey.
Joint building digital capability and digital experience insights community of practice event, 21 May 2020.
Connect More with peers in practice - Wrexham - Sian Edwardson-WilliamsJisc
These PechaKucha style presentations (20 slides at 20 seconds each) from attendees at the event will focus on how they have implemented digital capabilities to enhance learning and teaching at their institutions.
'Digital bloom' is an abstract collection of digital stories which capture/reveal individual meanings of digital literacy. Users can see other people's stories and they can also add to them. During the demonstration, the participants could explore the installation, learn more about the project and would be able to add their own stories and understandings of digital literacy and create their own 'meadow'.
Jisc conference 2012
Student digital capabilities: institutional strategy before, during and after...Jisc
A presentation from Connect More 2020 by Elizabeth Newall, senior librarian, University of Nottingham and Richard Windle, faculty of medicine digital learning director, University of Nottingham.
At the start of the current academic year, the University of Nottingham endorsed a set of recommendations to address the gaps in the provision of support for students in developing their digital capabilities.
In January, a sub-committee had been established to support the transition of these recommendations into new provision. In February, a robust scoring matrix had been designed to reach agreement on a set of priorities. In March, the pandemic hit.
In this session, hear how the institutional strategy on student digital capabilities has been affected by the current crisis, what measures have been taken to support this year’s students, and what plans are underway to support the student experience for new and returning students at the start of the next academic year.
Technology acceptance of augmented reality and wearable technologies ilrn 201...Mikhail Fominykh
"Technology Acceptance of Augmented Reality and Wearable Technologies" #TAM at #iLRN2017
by Fridolin Wild, Roland Klemke, Paul Lefrere, Mikhail Fominykh and Timo Kuula
Paper presented at the 3rd Immersive Learning Research Network Conference in Coimbra, Portugal on 28 June 2017
Publication: https://link.springer.com/chapter/10.1007/978-3-319-60633-0_11
Developing and rolling out a digital educators’ qualification to staff based ...Jisc
Speaker: Ciara Duffy, centre for excellence manager digital learning, South West College.
Improving staff and student digital skills has been at the core of South West College’s (SWC) digital strategy for the past two years. This session will take you through SWC’s building digital capacity journey and how it supported a seamless transition for staff and students to a fully online learning, teaching and assessment model beginning on the 23 March.
Joint building digital capability and digital experience insights community of practice event, 21 May 2020.
Strijker & Fisser (2019 06-27) A future-proof curriculum with digital literacySaxion
In November 2014, the State Secretary for Education, Culture and Science of the Netherlands officially launched an online country-wide consultation about the future of Dutch education. Based on the outcomes and the ongoing debate, the Netherlands started the development of a new curriculum framework for primary and secondary education in 2018. One of the new themes in this curriculum is Digital Literacy, which is defined as a combination of ICT skills, media literacy, information literacy and computational thinking. Together with the other subjects (Dutch, Arithmetic/mathematics, English/modern foreign languages, Citizenship, Exercise & Sport, Art & Culture, Human & Nature, Human & Society) Digital Literacy will be part of the design of the new curriculum. A teacher design team for Digital Literacy developed a vision and elaborated this in eight so-called big ideas. Based on the big ideas learning trajectories were designed. These learning trajectories describe what students should learn in primary and secondary education.
Strijker & Fisser (2019-06-26) A new curriculum for the netherlands including...Saxion
In 2018 the Netherlands started the development of a new curriculum framework for primary, lower and upper secondary education. New themes in curriculum are Digital Literacy, citizenship and a strong focus on 21st century skills. Digital Literacy is defined as a combination of ICT skills, media literacy, information literacy and Computational Thinking. Starting with a vision on a theme such as Digital Literacy and using this vision as a starting point for describing big ideas. For Digital Literacy eight big ideas were described: data and information, safety and privacy, using and controlling, communication and cooperation, digital citizenship, digital economy, applying and designing, and sustainability. Computational Thinking is integrated in each of these big ideas. The underlying framework for Computational Thinking is based on ISTE and CSTA and each big idea is specified as a learning trajectory describing learning objectives leading to a new legal curriculum framework in 2022.
Presentation of Inge de Waard for EDEN's NAP webinar on 'Student Evaluation during & after COVID19' - 22 April 2020, 15:30 CEST
More info:
https://www.eden-online.org/student-evaluation-during-and-after-covid-19/
TLC2016 - Mobile moments: how the modern student makes learning their ownBlackboardEMEA
Presenter: Phil Rothwell
Organisation: Liverpool John Moores University
Description: Mobile is regarded as a truly disruptive technology and its application within teaching can still divide educators. That said its popularity, particularly with the so called ""Millennials"" is undoubtedly huge and continually growing, so it is important to identify how today's student is engaging with mobile technology and to try to draw some conclusions about what this might mean.
At Liverpool John Moores University we've set about this by examining what students have been doing and where, within the constraints of ""Mobile Moments"" or brief windows in which the learner completes small tasks pertaining to their studies. This investigation formed part of a broader survey into device ownership and student Mobile learning.
Digital education at Manchester Metropolitan University: responding to the gl...Jisc
A presentation from our joint building digital capability and digital experience insights community of practice event May 2021.
Presented by Professor Helen Laville, provost, Kingston University and Professor Mark Stubbs, assistant director, learning and research technologies (LRT), Manchester Metropolitan University.
Transformation of Offline to INline Education (FINE)Pierre Gorissen
How do you support students in times of increasing needs for flexible education? And how do you make sure your institution stays relevant to your students? At the Fontys University of Applied Sciences these questions are being addressed as part of the Fontys INline Education (FINE) project. Inline education is the optimal combination of online and offline education. The activities of the project focusses on different levels, such as providing an internal call for tender, the formation of a community, research related to inline education, teacher training, and optimization of the infrastructure.
Het onderwijs innoveren doen we samen - Armand Bloem en Robert van der Hoef (...SURF Events
We geven toelichting op het Educatie Transformatie Framework en onze visie & roadmap voor het onderwijs. We tonen de belangrijkste productontwikkelingen van TEAMS, PowerApp en Cloud. En we delen onze plannen om in de driehoek tussen instellingen, SURF en Microsoft gezamelijk te innoveren.
Redesigning assessment and feedback - landscape review and areas for developmentJisc
An opportunity to discuss findings to date from our research into the assessment and feedback landscape and to input your thoughts on the future direction of this work.
A presentation by Lisa Gray, senior consultant (HE learning and teaching), Jisc and Gill Ferrell, consultant and IMS Europe program director, IMS global learning consortium.
Defining future learning - the City of Wolverhampton College wayJisc
A presentation from our joint building digital capability and digital experience insights community of practice event in May 2021.
Presented by Conrad Taylor, business learning and technologies manager and Adam Dwight, learning innovator, lecturer from City of Wolverhampton College.
Introducing students to Digital Capabilities OnlineJisc
Member story from the University of Surrey.
Joint building digital capability and digital experience insights community of practice event, 21 May 2020.
Connect More with peers in practice - Wrexham - Sian Edwardson-WilliamsJisc
These PechaKucha style presentations (20 slides at 20 seconds each) from attendees at the event will focus on how they have implemented digital capabilities to enhance learning and teaching at their institutions.
'Digital bloom' is an abstract collection of digital stories which capture/reveal individual meanings of digital literacy. Users can see other people's stories and they can also add to them. During the demonstration, the participants could explore the installation, learn more about the project and would be able to add their own stories and understandings of digital literacy and create their own 'meadow'.
Jisc conference 2012
Student digital capabilities: institutional strategy before, during and after...Jisc
A presentation from Connect More 2020 by Elizabeth Newall, senior librarian, University of Nottingham and Richard Windle, faculty of medicine digital learning director, University of Nottingham.
At the start of the current academic year, the University of Nottingham endorsed a set of recommendations to address the gaps in the provision of support for students in developing their digital capabilities.
In January, a sub-committee had been established to support the transition of these recommendations into new provision. In February, a robust scoring matrix had been designed to reach agreement on a set of priorities. In March, the pandemic hit.
In this session, hear how the institutional strategy on student digital capabilities has been affected by the current crisis, what measures have been taken to support this year’s students, and what plans are underway to support the student experience for new and returning students at the start of the next academic year.
Technology acceptance of augmented reality and wearable technologies ilrn 201...Mikhail Fominykh
"Technology Acceptance of Augmented Reality and Wearable Technologies" #TAM at #iLRN2017
by Fridolin Wild, Roland Klemke, Paul Lefrere, Mikhail Fominykh and Timo Kuula
Paper presented at the 3rd Immersive Learning Research Network Conference in Coimbra, Portugal on 28 June 2017
Publication: https://link.springer.com/chapter/10.1007/978-3-319-60633-0_11
Developing and rolling out a digital educators’ qualification to staff based ...Jisc
Speaker: Ciara Duffy, centre for excellence manager digital learning, South West College.
Improving staff and student digital skills has been at the core of South West College’s (SWC) digital strategy for the past two years. This session will take you through SWC’s building digital capacity journey and how it supported a seamless transition for staff and students to a fully online learning, teaching and assessment model beginning on the 23 March.
Joint building digital capability and digital experience insights community of practice event, 21 May 2020.
Strijker & Fisser (2019 06-27) A future-proof curriculum with digital literacySaxion
In November 2014, the State Secretary for Education, Culture and Science of the Netherlands officially launched an online country-wide consultation about the future of Dutch education. Based on the outcomes and the ongoing debate, the Netherlands started the development of a new curriculum framework for primary and secondary education in 2018. One of the new themes in this curriculum is Digital Literacy, which is defined as a combination of ICT skills, media literacy, information literacy and computational thinking. Together with the other subjects (Dutch, Arithmetic/mathematics, English/modern foreign languages, Citizenship, Exercise & Sport, Art & Culture, Human & Nature, Human & Society) Digital Literacy will be part of the design of the new curriculum. A teacher design team for Digital Literacy developed a vision and elaborated this in eight so-called big ideas. Based on the big ideas learning trajectories were designed. These learning trajectories describe what students should learn in primary and secondary education.
Strijker & Fisser (2019-06-26) A new curriculum for the netherlands including...Saxion
In 2018 the Netherlands started the development of a new curriculum framework for primary, lower and upper secondary education. New themes in curriculum are Digital Literacy, citizenship and a strong focus on 21st century skills. Digital Literacy is defined as a combination of ICT skills, media literacy, information literacy and Computational Thinking. Starting with a vision on a theme such as Digital Literacy and using this vision as a starting point for describing big ideas. For Digital Literacy eight big ideas were described: data and information, safety and privacy, using and controlling, communication and cooperation, digital citizenship, digital economy, applying and designing, and sustainability. Computational Thinking is integrated in each of these big ideas. The underlying framework for Computational Thinking is based on ISTE and CSTA and each big idea is specified as a learning trajectory describing learning objectives leading to a new legal curriculum framework in 2022.
A presentation on How do we determine the impact of technology and mobile devices on student achievement and teacher practice. The presentation was delivered at the MISA East Mobile Learning symposium on Feb. 22, 2013 in Ottawa Ontario Canada.
Hand-out for course teams and learner-facing institutional services to support thinking about learners' digital literacy needs. Backed up by findings from the JISC Learning Literacies in a Digital Age study.
Information Literacy: Implications for Library PracticeFe Angela Verzosa
Lecture presented at the Information Literacy Forum sponsored by the Cavite Librarians Association held at the Imus Institute, Imus, Cavite, Philippines on 5 December 2008
Presentation on the trends in formation literacy, standards for planning information literacy programs, learning styles and the application to learning information skills, and assessment tools.
Samenwerking in CoPs Kennisdeling binnen Saxion – Allard Strijker (Saxion) – ...Saxion
Waar moet je aan denken als je een community of practice voor het onderwijs wil inrichten. Presentatie voor de Surf onderwijsdagen 2023. De presentatie geeft een aantal ontwerpvragen en voorbeelden van keuzes die door Saxion zijn gemaakt door het Teaching and Learning Center.
Strijker a (2019 02-12) expertmeeting (v)mboSaxion
Hoe gaat het curriculum voor het vmbo er uitzien voor het vmbo. Wat zijn de voorstellen van het ontwikkelteam van curriculum.nu op januari 2019. De eerste conceptvoorstellen voor een nieuw curriculum in Nederland voor Digitale geletterdheid. Dus Mediawijsheid, ICT basisvaardigheden, Informatievaardigheden en Computational Thinking
Strijker a, (2019 01-24) digitale geletterdheid in het curriculum van vmbo-sl...Saxion
Wat zijn de voorstellen van het ontwikkelteam van curriculum.nu op januari 2019. De eerste conceptvoorstellen voor een nieuw curriculum in Nederland voor Digitale geletterdheid. Dus Mediawijsheid, ICT basisvaardigheden, Informatievaardigheden en Computational Thinking
Strijker a (2019 05-17-3) computationeel denken VLEVASaxion
Presentatie voor VLEVA in Brussel over computationeel denken in het curriculum van Nederland. Computational thinking is onderdeel van digitale geletterdheid
Digitale geletterdheid verdiepingssessie curriculum nu | Strijker a (2018 09-19)Saxion
Digitale geletterdheid uitwerking door het ontwikkelteam van curriculum.nu met nadruk op domeinen, perspectieven, brede vaardigheden, 21e eeuwse vaardigheden, doelen voor onderwijs, grote opdrachten en de samenhang in de bouwstenen
Digital literacy and 21st century skills curriculum in the netherlands | Stri...Saxion
This presentation shows the current status for curriculum development for Digital literacy as the whole of ICT (basic) skills, media literacy, information skills, and computational thinking. ICT (basic) skills - able to deal with ICT; Media literacy - conscious, active and critical use of media; Information literacy - search, select, process and use relevant information;
Computational thinking - (re) formulating problems so that they can be solved with the computer
Strijker a (2017) sbl webinar digitale geletterdheid in het onderwijsSaxion
Digitale geletterdheid is de combinatie van de digitale vaardigheden: ICT-basisvaardigheden, Mediawijsheid, Informatievaardigheden en Computational thinking. In het huidige curriculum is nog te weinig aandacht voor digitale geletterdheid. Als er al aandacht voor is, dan is deze versnipperd en weinig samenhangend. In het onderwijs van de toekomst krijgen digitale vaardigheden een prominentere plaats. Samen met scholen ontwikkelt SLO een doorlopende leerlijn digitale geletterdheid waarin aandacht wordt besteed aan mediawijsheid, informatievaardigheden, computational thinking en ICT basisvaardigheden. Voor elk van de digitale vaardigheden zijn leerplankaders gemaakt, leerlijnen ontwikkeld en passende leermiddelen gezocht.
Strijker a (2017 ) workshop terra college digitale geletterdheid in het onder...Saxion
Digitale geletterdheid is de combinatie van de digitale vaardigheden: ICT-basisvaardigheden, Mediawijsheid, Informatievaardigheden en Computational thinking. In het huidige curriculum is nog te weinig aandacht voor digitale geletterdheid. Als er al aandacht voor is, dan is deze versnipperd en weinig samenhangend. In het onderwijs van de toekomst krijgen digitale vaardigheden een prominentere plaats. Samen met scholen ontwikkelt SLO een doorlopende leerlijn digitale geletterdheid waarin aandacht wordt besteed aan mediawijsheid, informatievaardigheden, computational thinking en ICT basisvaardigheden. Voor elk van de digitale vaardigheden zijn leerplankaders gemaakt, leerlijnen ontwikkeld en passende leermiddelen gezocht.
Strijker a (2017 ) workshop digitale geletterdheid voor inspiratiedag decanenSaxion
Digitale geletterdheid is de combinatie van de digitale vaardigheden: ICT-basisvaardigheden, Mediawijsheid, Informatievaardigheden en Computational thinking. In het huidige curriculum is nog te weinig aandacht voor digitale geletterdheid. Als er al aandacht voor is, dan is deze versnipperd en weinig samenhangend. In het onderwijs van de toekomst krijgen digitale vaardigheden een prominentere plaats. Samen met scholen ontwikkelt SLO een doorlopende leerlijn digitale geletterdheid waarin aandacht wordt besteed aan mediawijsheid, informatievaardigheden, computational thinking en ICT basisvaardigheden. Voor elk van de digitale vaardigheden zijn leerplankaders gemaakt, leerlijnen ontwikkeld en passende leermiddelen gezocht.
Strijker a (2017 ) jonkmanlezing digitale geletterdheid in het onderwijs (lite)Saxion
Digitale geletterdheid is de combinatie van de digitale vaardigheden: ICT-basisvaardigheden, Mediawijsheid, Informatievaardigheden en Computational thinking. In het huidige curriculum is nog te weinig aandacht voor digitale geletterdheid. Als er al aandacht voor is, dan is deze versnipperd en weinig samenhangend. In het onderwijs van de toekomst krijgen digitale vaardigheden een prominentere plaats. Samen met scholen ontwikkelt SLO een doorlopende leerlijn digitale geletterdheid waarin aandacht wordt besteed aan mediawijsheid, informatievaardigheden, computational thinking en ICT basisvaardigheden. Voor elk van de digitale vaardigheden zijn leerplankaders gemaakt, leerlijnen ontwikkeld en passende leermiddelen gezocht.
Strijker a (2017 ) instruct digitale geletterdheid in het onderwijs (lite)Saxion
Digitale geletterdheid is de combinatie van de digitale vaardigheden: ICT-basisvaardigheden, Mediawijsheid, Informatievaardigheden en Computational thinking. In het huidige curriculum is nog te weinig aandacht voor digitale geletterdheid. Als er al aandacht voor is, dan is deze versnipperd en weinig samenhangend. In het onderwijs van de toekomst krijgen digitale vaardigheden een prominentere plaats. Samen met scholen ontwikkelt SLO een doorlopende leerlijn digitale geletterdheid waarin aandacht wordt besteed aan mediawijsheid, informatievaardigheden, computational thinking en ICT basisvaardigheden. Voor elk van de digitale vaardigheden zijn leerplankaders gemaakt, leerlijnen ontwikkeld en passende leermiddelen gezocht.
Strijker, a. (2016) o2 g2 leerlijnen ontwikkelenSaxion
Om in toekomstige ontwikkelingen over leerlijnen een eenduidig begrippenkader aan te geven heeft SLO een definitie van leerlijnen geformuleerd op basis van bestaande leerlijnen en discussie met inhoudsdeskundigen op het gebied van leerplanontwikkeling, uitgeverijen en vakverenigingen. De definitie die door SLO (Strijker, 2010 [2] ) wordt gebruikt luidt:
Een leerlijn is een beredeneerde opbouw van tussendoelen en inhouden, leidend naar een einddoel.
Afhankelijk van de precieze functie, gebruikscontext en doelgroep variëren leerlijnen in de mate waarin implicaties voor verschillende leerplanelementen zijn uitgewerkt.
Strijker, a. (2016) minisymposium computational thinkingSaxion
Computational thinking is het procesmatig (her)formuleren van problemen op een zodanige manier dat het mogelijk wordt om met computertechnologie het probleem op te lossen. Het gaat daarbij om een verzameling van denkprocessen waarbij probleemformulering, gegevensorganisatie, -analyse en -representatie worden gebruikt voor het oplossen van problemen met behulp van ICT-technieken en -gereedschappen.
Digitale geletterdheid in het onderwijs - 21e eeuwse vaardigheden | NOT 2017 Saxion
Strijker A (2017 ) Digitale geletterdheid in het onderwijs. Presentatie op de NOT 2017. De presentatie beschrijft de ontwikkeling van de leerlijnen voor computational thinking, ICT basisvaardigheden, informatievaardigheden en mediawijsheid in relatie met het curriculum voor funderend onderwijs, po, bao, so, vo en vmbo
Designing learning trajectories for computational thinking | SITE2017Saxion
Strijker (2017) Designing learning trajectories for computational thinking. Presentation on SITE, Austin, The presentation focuses on co-creation of learning trajectories with schools in primary education.
Gepersonaliseerd leren refereert in een onderwijscontext aan het creëren van optimale leerprocessen die aansluiten op de persoonlijke kwaliteiten en individuele behoeften van leerlingen.
Leerlingen werken op eigen wijze en in eigen tempo aan leerdoelen, passend bij hun eigen niveau en talenten.
Per vak, leerdoel, leerinhoud of onderdeel krijgt de leerling afhankelijk van de eigen prestaties en voorkeuren een aangepast programma.
De leerling wordt gestimuleerd om keuzes te maken met betrekking tot het (her)ontwerpen van zijn persoonlijke curriculum, waarbij de leraar een ondersteunende rol vervult door middel van effectieve feedback en door het faciliteren van rijke leersituaties.
Wat is computational thinking en hoe kunnen lerarenopleidingen rekening houden met het veranderende curriculum. Tijdens de studiedag zijn de eerste uitwerkingen rondom digitale geletterdheid besproken en bijgesteld aan de hand van een workshop.
Ontwikkeling kernprogramma's SLO | Leerplan in beeldSaxion
Het ontwikkelen van doorlopende leerlijnen is van belang voor het onderwijs om samenhang en maatwerk vorm te kunnen geven. Kernprogramma's geven aan vat de kern en keuze binnen het onderwijs is. In verschillende bijeenkomsten zijn de ontwikkelde kernprogramma's voorgelegd aan uitgevers, vakverenigingen en lerarenopleidingen. http://leerplaninbeeld.slo.nl is de website om de kernprogramma's weer te geven. Strijker a (2013 11-22) validatie kernprogramma's po
Unit 8 - Information and Communication Technology (Paper I).pdfThiyagu K
This slides describes the basic concepts of ICT, basics of Email, Emerging Technology and Digital Initiatives in Education. This presentations aligns with the UGC Paper I syllabus.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
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Fisser strijker (2019 12-07) ivlp a future-proof curriculum with digital literacy in the netherlands
1. ΩSLO ● nationaal expertisecentrum leerplanontwikkeling
IVLP A future-proof curriculum with digital
Literacy in the Netherlands
Allard Strijker & Petra Fisser, SLO - National Institute For
Curriculum Development Netherlands 2019-12-07,
Expertmeeting
2. About SLO
• National Institute for Curriculum Development in the
Netherlands
• Assigned by Ministry of education
• Task: design and validation of national curricular
frameworks
(core objectives, attainment levels,
examination programs)
3. The Dutch curriculum
• In 1993 attainment targets (‘goals to strive for’) for primary
and junior secondary education were formulated (upper
secondary education uses the examination program as goal)
• At this moment it is a mixture of common attainment targets
(‘goals to strive for’) covering the whole range of subject
domains and common standards (‘goals to attain’) for literacy
and numeracy
• But: there is not one curriculum framework that provides a
common, comprehensive and cohesive answer to the
question of what is of most worth learning and teaching
(freedom of education!)
4. Digital Literacy
• Digital literacy is the whole of ICT
(basic) skills, media literacy,
information skills, and computational
thinking
• ICT (basic) skills
– able to deal with ICT
• Media literacy
– conscious, active and critical use of
media
• Information literacy
– search, select, process and use relevant
information
• Computational thinking
– (re) formulating problems so that they
can be solved with the computer
In
Information
literacy
Computational
thinking
Media
literacy
ICT basic
skills
Digital
literacy
5. A new curriculum, why?
• Clear descriptions what knowledge and skills are
required for the future
• Reduce the percieved overload in the curriculum
• Increase coherence
• Describe learning trajectories
• Make clear what parts are mandatory and optional
6. Subjects in the new curriculum
• Digital Literacy (including
Computational Thinking)
• English / modern foreign languages
• Dutch
• Arithmetic / mathematics
• Citizenship
• Exercise & Sport
• Art & Culture
• Human & Nature
• Human & Society
7. Teacher Design Team and Schools
• 125 Teachers
• 18 School leaders
• 84 Development schools
• Digital literacy
• Teacher Design Team
• 15 Teachers and school leader from
Primary and secondary education
• 5 primary schools
• 5 secondary schools
• 1 teacher training
8. Designing a new curriculum
Vision Big Ideas Building blocks
The vision describes
why the subject is
important for learners
in primary and
secondary education
for learning, working
and living in a future
society
The big ideas
describe de core of
the topics that ae
relevant for the
subject
Building blocks
describe in detail the
learning trajectories
for primary and
secondary education
in knowledge and
skills
9. Feedback
• After each design phase
• Teachers, Learners, Parents from selected Schools
• Selected experts, research
• Online consultation http://www.curriculum.nu
10. Vision
• The vision describes why the
subject is important for
learners in primary and
secondary education for
learning, working and living in
a future society
11. Big ideas / Themes
• Data and Information
• Safety & Privacy
• Understanding and Creative
Use
• Communication and
Collaboration
• Digital Citizenship
• Digital Economy
12. Digital literacy skills
• ICT (basic) skills
• Media literacy
• Information literacy
• Computational thinking
13. Perspectives on digital literacy
• Dealing with digital technologies
• Knowing about digital technologies
• Thinking about digital technologies
• Creating with digital technologies
14. General skills
• Thinking and acting
– Creative thinking
– Problem solving
– Critical thinking
• Dealing with others
– Communication
– Collaboration
– Social and cultural skills
• Knowing yourself
– Self regulation
– Orientation on yourself and career
– Entrepeneurship
16. Data and
information
Safety and
privacy
Understanding
and Creative
use of Digital
Technologies
Digital
Communica-
tion and
collaboration
Digital
Citizenship
Digital
Economy
From data to
information
Safety in the
digital world
Interacting and
creating with
digital
technology
Networks The Digital
Citizen
Participation
in a platform
economy
Digital Data Privacy in the
digital world
Controling and
creating with
digital
technology
Digital
Communica-
tion
Digital identity Digital
Marketing
Digital
Collaboration
17. What is a Learning Trajectory?
• A learning trajectory is a
reasoned structured set of intermediate objectives and content
leading to a certain core objective
18. Stages
Stage 1
4-7 yr
Stage 2
8-12 yr
Stage 3
13-15 yr
Stage 4
16+ yr
Big idea
Learning trajectory Learning trajectory
Vision
19. Learning trajectory “From data to information”-
Stage 1
• Children explore the (digital) world around them and learn how they can use
their curiosity in the search for information that can help them further in
understanding the world.
20. Learning trajectory “From data to information”-
Stage 1
• The students learn:
– to make explicit what they want to know;
– to think of useful questions to extend their knowledge;
– to deal with (digital) resources and several types of media messages and
their purposes such as advertising, information, and amusement in a safe
environment;
– to use and search within (digital) resources and media to find answers for
their questions;
– to represent the information they found;
– to evaluate the process of searching and findings and explicit their
learnings.
21. Learning trajectory “From data to information”-
Stage 2
• Building on Stage 1 the students learn to deal with more general information.
They learn that the information gathering is a process with several steps. The
complexity increases and the digital component is more important. Media is
used as a digital resource. Students will focus on target groups and the
possibilities for presentation offered by digital technologies.
22. Learning trajectory “From data to information”-
Stage 2
• Students learn:
– to identify their need for information and to formulate relevant questions;
– to identify the (digital) information resources that are relevant to use for answering questions;
– to formulate, select, combine relevant terms for searching information;
– to collect and evaluate information from several digital tools and resources and decide if the found
information is useful and reliable;
– to recognize facts and meanings from media messages, and how messages can be affected by
using specific words, visualization or audio messages;
– to select information and systematically save the information in a digital environment;
– that information is owned by someone and may not be used freely by everyone;
– to present information with digital technologies, taking into account the public for which the
presentation is intended and making use of the possibilities of digital technology;
– to evaluate the process of information acquisition, processing and presentation and to review the
end-product based on a number of criteria and reflect on the entire process;
– to see the relationship between concepts from digital information processing and computational
thinking
23. Learning trajectory “From data to information”-
Stage 3
• Stage 3 builds upon stage 2 and students learn more about the possibilities
of digital technology and about the creative use of these technologies in the
process of information acquisition, processing and representing. They also
learn to deal with the limitations of technologies. The topics that they learn
will become more abstract and are more and more related to study,
profession or social developments.
24. Learning trajectory “From data to information”-
Stage 3
• Students learn:
– to explore and articulate the information needs of others;
– to choose a different search strategy, should the chosen strategy give no or insufficient results;
– how digital search technology works and continues to innovate by exploiting the characteristics of search technology, and they
learn how to cope with the possibilities and limitations of digital search technology;
– how to deal with the difference between reality and the display of this reality in words, images and sounds and its consequences
for the reliability of the information;
– how to interpret, analyze, and summarize information, and to explain their reasoning in relation to the way they answer the
information need;
– how to manage the sources they found (give references, ask permission), and that there are legal conditions for using sources
of others;
– to choose an appropriate form of presentation, using the strength of different types of media;
– to formulate and apply criteria in order to assess the form of presentation on relevance, usability and reliability;
– to apply concepts from computational thinking in the process of acquiring digital information;
– to evaluate their own process of acquiring digital information and that of others and relate this to their future study and
profession;
– to reflect on the role of information acquisition, processing and- representing and its role in society, businesses and professions.
25. Learning trajectory “From data to information”-
Stage 4
• Stage 4 is the part of education in which students do their exams in upper
secondary education. The complexity of renewing the national exam
documents and procedures without explicitly knowing how Digital Literacy will
be part of the new curriculum (that still has to be implemented!) was a
problem that could not be solved in the current development process. The
TDT decided to give recommendations instead on how to continue working
on the skills and knowledge from Stages 1 to 3.
26. Learning trajectory “From data to information”-
Stage 4
• The TDT recommends that Digital Literacy
– should be part of the official (legal) final terms of secondary education;
– should be integrated in the subjects to contextualize and apply Digital Literacy in the
different domains;
– should be integrated in the subjects to make sure that the students can deepen en widen
their knowledge and skills, so they can become advanced users of digital technology,
with as ultimate goal that all students are digitally literate and are prepared for their
follow-up study and (future) job;
– should be part of computer science, an optional course in Dutch upper secondary
education, to enable students to learn more expert knowledge and skills.
– The TDT also recommends that specialized teachers are appointed to teach Digital
Literacy in upper secondary education.
27. Current status
• Concept version available at http://www.curriculum.nu
• October final version
• February 2020 decision how to proceed
– Integrated in subjects or separate
– How to deal with professional development
– How to find space in current curriculum
– How to finance requirements
28. ΩSLO ● nationaal expertisecentrum leerplanontwikkeling
More information & questions
Allard Strijker - a.strijker@slo.nl
Petra Fisser – p.fisser@slo.nl