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Jean-Marie Cognet

Quand l'éducation devient collaborative - Page 2 sur 2 | Page 2 - 0 views

  • Motivation, implication et réussite sont les dynamiques les plus observées. Des chercheurs se sont même réunis pour s’intéresser au sujet : le peer instruction et les classes d’apprentissage actif permettent d’aborder des domaines auxquels l’étudiant n’aurait pas forcément eu accès sans l’expérience d’un pair.
  • Avec l’apprentissage entre pairs, l’enseignement devient surtout accessible à tous : à condition que le professeur soit un initié expérimenté dans son domaine, l’apprentissage peut se faire en toute liberté. Un cours en ligne, un atelier collectif, un tutoriel, etc. : que ce soit en face à face ou dématérialisée, la connaissance se partage entre celui qui désire apprendre et celui qui a un enseignement particulier.
  • Le peer instruction connaît un tel engouement que les innovations en la matière font légion : les écrans tactiles connectés entre eux de l’école de management de Lyon, les boîtiers électroniques participatifs de l’université Pierre-et-Marie-Curie, les cas pratiques de l’Université Paris-Est… Les learning labs et les fablabs (laboratoires d’apprentissage et de fabrication) sont les nouvelles salles de cours : ultra-connecté et modulable, l’enseignement passe par la pratique et les expérimentations. Il ne s’agit plus de se contenter d’avoir des idées mais de les concrétiser.La construction d’un savoir en communLe savoir est partout : le professeur n’est plus son seul détenteur ! Les connaissances fusent et sortent des salles de classes, elles deviennent accessibles à tous. Les encyclopédies collaboratives ont à elles seules transformé le visage de l’éducation.
Jean-Marie Cognet

How to Make Video Training More Effective for Your Corporate Workforce | Learning Techn... - 1 views

  • In particular, the use of video can be of huge benefit—but only when done correctly. Here are some tips for effectively incorporating video into your training.
  • Keep it Short
  • According to some Google researchers, the ideal video length is between three and three-and-a-half minutes
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  • Use Text in the Right Way
  • Keep text minimal, visual, and only use it to highlight keywords and concepts. If you are introducing something new that will be unfamiliar to the viewer, display that on the screen in clear text for them to see.
  • Incorporate Graphics
  • Another good technique is to break up all of the words with graphics. It’ll help everyone if there is more variety of content, but particularly the visual learners among your employees
  • Combine Instruction with Examples or Scenarios
  • Using imagined scenarios or examples can be the best way to help viewers to understand how certain instruction will apply in their day to day work, and video content is the best way to provide this.
Jean-Marie Cognet

7 Best Practices for Deploying Lecture Capture Campuswide -- Campus Technology - 1 views

  • "Lecture capture in general is becoming very quickly an expectation of students," said Chris Edwards, assistant vice president at the University of Cincinnati in Ohio
  • "Lecture capture in general is becoming very quickly an expectation of students," said Chris Edwards, assistant vice president at the University of Cincinnati in Ohio.
  • We are seeing an uptick in both use of lecture capture, need for lecture capture, and also video content creation by faculty outside the lecture hall,"
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  • 1) Automate the Recording Process to Make It Effortless
  • The University of Massachusetts Lowell has an opt-in policy for lecture capture. Faculty log in to a website and select which of their courses they want to record. The Department of Instructional Technology then schedules the lecture capture appliance to record the lectures for that course automatically, and creates a link in Blackboard or on a website where students can go to retrieve the lectures for viewing.
  • The university uses Echo360 lecture capture appliances and some Sonic Foundry Mediasite appliances
  • While lecture capture appliances are "not cheap," according to Lucas, they reduce the complexity for faculty and staff. "We're weighing it against going into a room to fix a computer issue because of drivers not working and it's not seeing a camera and it's not seeing a document camera," said Lucas. "With the appliance, it basically runs 24/7, and for the most part it's pretty rock solid."
  • Campuses with large-scale deployments generally focus on lecture halls first and gradually expand to smaller classrooms. For those that have a mix of appliance-based and software-based systems, they tend to place the appliances in the large lecture halls, where they can get a bigger bang for their buck, and use the lower-cost lecture capture software in smaller rooms.
  • You have to think about which rooms are really good candidates for lecture capture, and those are typically middle and large classrooms. We focused our efforts on the classrooms that are what we consider the large gateway classrooms,"
Jean-Marie Cognet

Understanding Mobility and its Impact on Learning - 0 views

  • Step 1--Capture Understanding the importance of capturing learning moments, instructional supports, and interactive exchanges is the first step in moving more traditionally minded teachers towards mobility. That is, realizing that digital capture is something that can truly help teachers store helpful moments for additional use outside the classroom. Whereas in face to face classrooms, these kinds of exchanges happen but are not reusable, when captured, they can be used repeatedly with the immediate students and future students.
Jean-Marie Cognet

Why Aren't Tech-Enhanced Learning Strategies More Widely Used? | EDUCAUSE - 1 views

  • The discovery of this shared characteristic proved revelatory, helping identify several major barriers to wide use of tech-enhanced learning. Those included: A lack of alignment among project stakeholders: Herckis cited a disconnect between faculty and administrators as one key example:
  • The changing definition of success over the projects' life cycles: The technology the programs were based on was often not adaptable enough to keep up with the pace of change. The needs identified at the start of a project frequently evolved over time. Personnel changes and the resulting alteration of the definition of successful teaching played a big role
  • A fixed faculty mind-set regarding instructional methods: In reviewing Herckis's research, Smith was surprised to learn just how deeply committed CMU faculty study participants were to teaching their respective subjects in a particular way. This was linked to "mental models" often formed in the course of their own educational experiences. Smith cited the example of an educator who retains teaching practices inspired by a former professor from undergraduate studies.
Jean-Marie Cognet

Réussir vos vidéos pédagogiques pour le web | Thot Cursus - 1 views

  • Il n’a fallu que quelques années et la démocratisation des forfaits de données mobiles pour que la vidéo s’impose. Les internautes en sont très friands. Toute organisation qui souhaite de la visibilité, que ce soit une entreprise ou un établissement d’enseignement, se doit de produire des vidéos.
  • Contrairement au monde de l'impression à plat, la vidéo fournit une palette dynamique et multidimensionnelle : mouvement, point de vue, effets sonores, musique, personnage, dialogue et narration. La vidéo optimise l'apprentissage, elle fait travailler simultanément les deux hémisphères du cerveau. Le cerveau gauche est plus verbal, analytique et ordonné que le cerveau droit. Il est utilisé pour des tâches comme la lecture, l'écriture et les calculs. Le cerveau gauche est logique. Le cerveau droit est plus visuel et intuitif. Il a un mode de pensée plus créatif et moins organisé.
  • Les vidéos, les audios et les webinaires aident à apprendre ou comprendre une méthodologie ou un concept. Cet auto-apprentissage laisse un impact puissant sur le cerveau.
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  • Comment réaliser une bonne vidéo ? La répartition des efforts Nous avons vu dans un précédent article la formule du succès d’une production vidéo : Succès = .50C + .15M + .20V + .15P 50% C = Contenu et production - Le scénario ou le fil conducteur, la prise de vue, l’éclairage, la production, etc.   15% M = Métadonnées - Le titre, la description, les mots-clés, les catégories, l’indexation, le résumé, les sous-titres, etc. Tout ce qui aidera les gens à trouver votre vidéo.   20% V = Vignette - L’emballage statique ou contextuel qui attirera les gens quand ils verront votre vidéo affichée sur une page quelque part. Le look en un instant.   15% P = Promotion - Les efforts marketing habituels. La conception et la production font 50% du succès de votre vidéo, voyons comment mettre les chances de succès de votre côté.
  • Il existe différents types de vidéos. Il est primordial de choisir la vidéo en fonction des objectifs poursuivis : Personne face caméra : Une personne à la caméra fait une démonstration simple et directe. Parfois des images simples comme des tableaux, des listes ou des graphiques sont incrustées. Entrevue improvisée. Une personne interroge une autorité sur le sujet. Entretien préparé.  L'intervieweur pose des questions organisées et la personne interrogée réagit avec des réponses préparées. Documentaire. Un narrateur, généralement hors champ, emmène l'auditoire faire un tour d'horizon du sujet de l'émission. Narration en voix off. Les visuels sont accompagnés d'une narration de quelqu'un hors champ. Le narrateur peut décrire une procédure de travail exposée ou commenter d'autres types de visuels. Demonstration. La personne face à la caméra décrit tout en démontrant. Dramatisation. Les acteurs jouent des rôles dans une histoire écrite. Animation. Les personnages de dessins animés fournissent des instructions. Un tableau blanc animé est souvent utilisé pour ce type de vidéo.
Jean-Marie Cognet

Kaltura's Survey Reveals A 135% Increase in Remote Teaching and Learning | WebWire - 0 views

  • The international survey of 1,000 respondents shows a boost in the use of video in distant learning, with almost half wanting to experience video in at least 50% of their classrooms
  • The results reveal a boom in the use of video for remote teaching and learning with 66% of respondents stating that their institutions now use these capabilities, up from 28% in 2016
  • Interestingly, 39% of those surveyed state that students studying remotely at their institution are already using video-based solutions to join live classes and lectures, while a further 49% are keen to add these capabilities to their offerings. Remote video capabilities are also being used to let presenters who are not based at the institution to teach and lecture to students, with 54% of all respondents saying that they are already benefiting from this.
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  • The survey also highlights lecture capture[1] as a major growth area, which may well be due to the growing availability of affordable, ‘one-click’ lecture capture software that runs on any Windows compute
  • Other findings of note include: Teaching skills by recording students practicing in class is up from 33% last year to 54% in 2017, perhaps a reflection of the growing demand for video-based training and playback for courses such as nursing and veterinary science.Flipped classrooms are growing in popularity after the initial hype, with 53% now using this approach, up from 45% a year ago.Almost half (45%) are using mobile apps to let students watch video on the go, with a further 48% keen to follow their lead.
  • Respondents included educators, instructional designers, IT professionals, digital media professionals, senior administrators and students from around the globe, with 81% drawn from higher education and 11% from K-12 (primary/secondary
Jean-Marie Cognet

(PDF) Lecture capture in higher education: time to learn from the learners - 0 views

  • Of particular and recurring concern to academic staff is the assumption that access to lecture recordings will result in a decrease in attendance at lectures (e.g. Gosper et al., 2010). In most courses, attendance is not in itself a learning outcome (Newton, Tucker, Dawson & Currie, 2014), therefore the concern over attendance must be the manifestation of a deeper concern over the impact on achieving the actual learning outcomes of the course and on other aspects of student engagement. It is also worth noting that falling lecture attendance is not a new phenomenon. As Massingham and Herrington (2006) have highlighted, attendance has been seen as an issue by lecturers for decades
  • Understanding the reasons why students opt not to attend lectures can lead to useful information that can inform pedagogic practice. The reasons students give often have little to do with the availability of recorded lectures
  • Their results revealed that the most important considerations were the predicted outcome of attending the lecture (e.g., Will it facilitate my own subsequent study and learning?), the topic or subject of the lecture (e.g., Will I learn this material better by attending a lecture or by individual study?), whether the lecture will meet the students current learning needs, and personal considerations (e.g., Do I have competing commitments that I view as having a higher priority?), and whether the student had had a previous positive or negative experiences with a particular teacher. Other studies have also highlighted the central importance of the lecturer in attendance decisions.
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  • Given this evidence of the value and distinct role of face-to-face lectures, concern over the wide spread replacement of lecturers with recordings would seem misplaced.
  • Similarly, Aldamen, Al-Esmail, and Hollindale, (2015) found no correlation between student attendance (as measured by attendance lists) and viewing lecture video recordings (as measured by LMS access data), for students on an introductory Accountancy course
  • Yeung, Raju and Sharma (2016) demonstrated that non-frequent attenders were also far less likely to make use of recordings to catch-up on missed classes. This is in line with the findings reported by von Konsky, Ivins and Gribble. (2009)
  • The balance of research suggests that having access to lecture recordings has either no or only a very small impact on attendance
  • studies have shown consistently that students value having access to and make use of recordings of lectures. For example, in a large survey in four Australian Universities, Gosper et al. (2010) found that 76% of students reported a positive experience with recordings, 79.9% felt that it made it easier to learn, and 66.7% felt it had improved their performance (see also McNeil et al., 2007).
  • Students use lecture recordings for a range of general purposes, for example to balance family, work, and other study commitments (e.g., Chester, Buntine, Hammond, & Atkinson, 2011; Dona, Gregory, & Pechenkina, 2017: Pons, Walker, Hollis & Thomas, 2011; Taplin, Kerr, & Brown, 2014), and as a backup for lectures that were unintentionally missed, for example, as the result of illness or transportation issues (e.g., Yeung et al., 2016; Gysbers, Johnston, Hancock, & Denyer, 2011).
  • However, the literature clearly indicates that for the majority of students the greatest value of recordings is as a learning resource. They use recordings to revisit and clarify complex confusing topics (e.g., Elliot & Neal, 2016, Yeung et al., 2016), to prepare for exams (e.g. Chen & Lin, 2012; Copley, 2007; Mallinson & Baumann, 2015; von Konsky et al., 2009), and to learn at their own pace (e.g., Cooke et al., 2011; Euzent, Martin, Moskal, & Moskal, 2011; Tarr et al., 2015). While Scutter, Stupans, Sawyer and King. (2010) do report that some students cited not having to attend the lecture in person as the most useful aspect of podcast access, this was ranked bottom behind advantages associated with personalising the learner experience including; flexibility, revision, clarification, reduced need to take notes in lectures, and simply being able to hear the lecture in full again.
  • Students learning in a second language and students who require additional learning support appear to make greater use of recordings (e.g. Leadbeater, Shuttleworth, Couperthwaite, 2013; Nordmann et al., 2017; Shaw & Molnar, 2011, Taplin et al., 2014)
  • following the Equality Act (2010). Jisc, the UK’s non-profit organisation for digital services and solutions recommends implementing institution-led lecture recording (Jisc, 2018) citing the ability to revisit content as required as the main benefit to inclusive learning.
  • For many first-year students, the university lecture format will be a new learning environment and although guidance is often provided about what they should do during lectures, it is unsurprising that these students value the opportunity to get a second chance at the lecture content when in this transitional stage.
  • in a study of medical students’ use of recordings by Topale (2016), students identified one of the major advantages of recordings as facilitating the ability to use multiple modes of learning, allowing them to view lectures, consult texts and other resources at the same time. Multimedia learning is suggested to have several pedagogic advantages linked with reductions in cognitive load (Mayer, 2005). Luttenberger et al. (2018) state that the driving force behind student satisfaction with lecture capture and podcasts are the opportunities for self-regulated learning
  • The ability to personalise the learner journey and self-regulate learning may also explain why research has suggested that the availability of lecture recordings can reduce feelings of anxiety. For example, Owston, Lupshenyuk, and Wideman (2011) report reduced anxiety when lecture capture is provided due to the ability to review the material later if any important points are missed. Similarly, in a survey conducted with Geology students, 69% agreed that the availability of lecture recordings reduced levels of student anxiety with the course (Traphagan, Kucsera, & Kishi, 2010)
  • Students frequently report that access to lecture recordings improves their learning and performance (e.g., Gosper et al., 2010) and while Ford, Burns, Mitch and Gomez (2012) found no association between access to recordings and grades, they reported that students with access were significantly more likely to report spending more hours studying, more likely to report that learning outcomes were effectively addressed, and more likely to report that they found that the course challenged them to do their best work
  • Cepeda et al. looked at lag effects (i.e., the time between learning sessions) and found that performance was best when the lag was 10-20% of the desired retention interval, for example, to remember something for one week, they recommended spacing learning episodes 12-24 hours apart whereas to remember something for 4 years, learning episodes should be 4.5-9 months apart (although they also recognise that these intervals do not necessarily align with the semesterisation of higher education and therefore recommend one month spacing for university students).
  • There has been relatively little research that has investigated the use of lecture capture as it relates to distributed practice. This may be in part due to the information that is available to researchers. Those studies that used self-reports did not report collecting information on the exact timescale of lecture capture usage across the term
  • First, students should be explicitly instructed that supplemental use is likely to produce the best outcomes.
  • Second, the concept of deep processing should be used to explain and promote that not only is supplemental use best, but selective supplemental use of recordings (rather than re-watching an entire lecture) will likely lead to better outcome
  • Finally, the concept of distributed practice should be linked to the use of lecture capture
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