Video affords a wide variety of options for enhancing teaching and learning. Explore options for developing and using videos in your classroom. Presented at Online Learning Consortium International Conference - October 2015 - Orlando, FL
This document discusses using screencasts for online and blended learning. It defines key terms like screencast and blended learning. A screencast is a digital recording of computer screen output with audio narration. Blended learning combines face-to-face and online learning. The flipped classroom model uses screencasts to deliver lectures as homework so class time can be used for inquiry-based learning. The document provides examples of how screencasts can be used and recommends free tools like Screencast-o-Matic for creating screencasts to deliver content, provide tutorials, and assess student understanding.
Short introductory level presentation showing how screencasting can be used as a tool in the classroom and the tools that you as a teacher need to get started.
Katy Dillard and Meghan Smith are requesting $599.96-$899.94 to purchase 4-6 Flip Video cameras to allow students from K-5 to create video projects that enhance their learning. First grade students have already used borrowed cameras to film themselves presenting animal research. The cameras will be checked out from the library for a variety of video projects across grade levels and subjects. Teachers will be trained on using the cameras and downloading videos. Success will be measured by students regularly using the cameras to create educational videos and through end-of-year usage statistics.
The document discusses the flipped classroom model which involves students learning content at home through videos, readings, etc. and doing homework, projects and activities in class with the teacher. It outlines how to implement the flipped classroom, the benefits and challenges for both students and teachers, and provides resources for learning more about this teaching approach.
The document outlines 5 effective math strategies for classroom use:
1) Using real-life applications to demonstrate where math skills are used in meaningful examples.
2) Modeling and practice where teachers demonstrate examples and provide opportunities for students to practice.
3) Incorporating technology like videos, games and presentation tools to engage students.
4) Teaching multiple problem-solving strategies to reach more learners.
5) Implementing peer instruction so students can help each other, aiding both advanced and reluctant learners.
The document provides guidance for teachers on organizing content for a flipped classroom website. Key recommendations include creating teacher-made videos between 5-7 minutes and including class resources, discussion boards, and instructor contact information. The document stresses that flipped classrooms require significant time for site maintenance and video editing. It also emphasizes allowing flexibility in implementation, providing access and tutorials to students and parents, and using class time for application and projects based on video lessons.
The Role of Video in the Flipped ClassroomPaul Richards
This week PTZOptics the professional video camera manufacturer released a free guide for educators creating video for the flipped classroom. The “Flipped Classroom” instructional strategy is being used in school around the world today yet many of the tools educators have always wanted to create unique and engaging video content for flipped classroom teaching are just now becoming commonplace. In a recent video, the PTZOptics live show hosts, Paul Richards and Tess Protesto, explain some of the latest instructional technology available for educators who want to create engaging video content used for the flipped classroom along with a detailed guide.
“Teachers have always wanted to an easy way to create high-quality video content for the online instructional portion of their curriculum.” says Paul Richards, Chief Streaming Officer for PTZOptics. “Today teachers can use a host of easy to use online, cloud-based and even mobile applications to make video creation easier.”
The document provides instructions for creating a Paperslide video, which involves 2 or 3 students writing content on blank paper using markers, one student filming while another flips the papers and speaks, and then uploading the completed video. The video can explain a process, issue, timeline, or other information. Rules for the project emphasize keeping it quick while focusing on useful content, and developing a rigorous rubric to ensure learning the material.
This document discusses using screencasts for online and blended learning. It defines key terms like screencast and blended learning. A screencast is a digital recording of computer screen output with audio narration. Blended learning combines face-to-face and online learning. The flipped classroom model uses screencasts to deliver lectures as homework so class time can be used for inquiry-based learning. The document provides examples of how screencasts can be used and recommends free tools like Screencast-o-Matic for creating screencasts to deliver content, provide tutorials, and assess student understanding.
Short introductory level presentation showing how screencasting can be used as a tool in the classroom and the tools that you as a teacher need to get started.
Katy Dillard and Meghan Smith are requesting $599.96-$899.94 to purchase 4-6 Flip Video cameras to allow students from K-5 to create video projects that enhance their learning. First grade students have already used borrowed cameras to film themselves presenting animal research. The cameras will be checked out from the library for a variety of video projects across grade levels and subjects. Teachers will be trained on using the cameras and downloading videos. Success will be measured by students regularly using the cameras to create educational videos and through end-of-year usage statistics.
The document discusses the flipped classroom model which involves students learning content at home through videos, readings, etc. and doing homework, projects and activities in class with the teacher. It outlines how to implement the flipped classroom, the benefits and challenges for both students and teachers, and provides resources for learning more about this teaching approach.
The document outlines 5 effective math strategies for classroom use:
1) Using real-life applications to demonstrate where math skills are used in meaningful examples.
2) Modeling and practice where teachers demonstrate examples and provide opportunities for students to practice.
3) Incorporating technology like videos, games and presentation tools to engage students.
4) Teaching multiple problem-solving strategies to reach more learners.
5) Implementing peer instruction so students can help each other, aiding both advanced and reluctant learners.
The document provides guidance for teachers on organizing content for a flipped classroom website. Key recommendations include creating teacher-made videos between 5-7 minutes and including class resources, discussion boards, and instructor contact information. The document stresses that flipped classrooms require significant time for site maintenance and video editing. It also emphasizes allowing flexibility in implementation, providing access and tutorials to students and parents, and using class time for application and projects based on video lessons.
The Role of Video in the Flipped ClassroomPaul Richards
This week PTZOptics the professional video camera manufacturer released a free guide for educators creating video for the flipped classroom. The “Flipped Classroom” instructional strategy is being used in school around the world today yet many of the tools educators have always wanted to create unique and engaging video content for flipped classroom teaching are just now becoming commonplace. In a recent video, the PTZOptics live show hosts, Paul Richards and Tess Protesto, explain some of the latest instructional technology available for educators who want to create engaging video content used for the flipped classroom along with a detailed guide.
“Teachers have always wanted to an easy way to create high-quality video content for the online instructional portion of their curriculum.” says Paul Richards, Chief Streaming Officer for PTZOptics. “Today teachers can use a host of easy to use online, cloud-based and even mobile applications to make video creation easier.”
The document provides instructions for creating a Paperslide video, which involves 2 or 3 students writing content on blank paper using markers, one student filming while another flips the papers and speaks, and then uploading the completed video. The video can explain a process, issue, timeline, or other information. Rules for the project emphasize keeping it quick while focusing on useful content, and developing a rigorous rubric to ensure learning the material.
Blendspace is a tool that allows teachers to create multimedia presentations by gathering various resources into one space. It can be used for flipped classrooms by having students access lesson materials online before class. Blendspace also supports differentiation by including different materials at varying levels to meet diverse student needs and learning styles. The presentation explores how to use Blendspace's capabilities to incorporate higher-level thinking, inquiry-based learning, and the flipped classroom model into lessons.
This document provides an agenda and notes for an ICT learning course. It includes:
- A reminder to email about marking requests and read assigned materials.
- An invitation to demonstrate an ICT tool and revisit the course goals.
- Feedback on the previous week's blog posts and exploring example ICT tools.
- Information on using tools like SlideShare, Prezi, and Glogster for presentations.
- Guidance on copyright and selecting a presentation tool for further exploration.
- Overviews of animation/simulation tools and learning objects to support teaching.
- Examples of specific tools like Scribble Maps and Bubblus for concept mapping.
- Suggestions for incorporating
This document outlines four models of flipped learning: standard flipped, one day a week flipped with selected content, flipping without recording video lectures, and full hybrid flipping. The standard flipped model involves students viewing recorded lectures as homework and spending class time doing activities and working problems with instructors. The one day a week model flips one lecture per week, like "Flipped Fridays", and selectively chooses what to record. Flipping without recordings uses alternative methods like texts and videos by others to convey lecture content. Full hybrid flipping removes some lectures entirely, replacing them with online activities for students to complete during class time.
Making Time for Change in the ClassroomStaci Trekles
An overview of tools that you can use to increase productivity and save you TIME in the classroom! Lots of tips from experienced teachers are shared.
Presentation for the eVisionary 2013 conference in Valparaiso, IN.
1. The document discusses ways to lead teachers in integrating technology into their classrooms, including understanding what stage teachers are currently at in adopting technology and providing various resources and support.
2. It provides a list of the top 10 ways to help teachers integrate technology, such as mentoring, training, support, collaboration, and allowing time for practice and exploration.
3. Various technology tools are also described that could be used, including blogs, podcasts, vodcasts, interactive whiteboards, virtual worlds, and wikis.
This document provides guidance on creating flipped classroom videos. It discusses why teachers should make their own videos rather than relying solely on outside content. The document outlines the basic steps and equipment needed to make different types of lesson videos, such as chalk and talk, narrated slideshows, and illustrated lectures. Tips are provided on planning content, recording, editing, and publishing videos. The goal is to help teachers make high-quality yet time-efficient lesson videos for their students.
The document investigates using VideoPaperBuilder (VPB) to help A-level mathematics students develop analytical skills. Teachers face limited tutorial time and re-explaining concepts, while students need help with question analysis and remembering solution processes. VPB allows creating multimedia tutorials with video, text, and slides. Nine classes used VPB tutorials on topics like binomial expansion. Pre- and post-tests showed VPB improved understanding and analytical skills. Students said VPB was useful for revision and explanations at their own pace.
Week 2, creating your course introduction and structure. Digitization and fair use in the online environment. Embedding content in Moodle via Mediacorp.
Autocues allow language students to focus on oral delivery and pronunciation while reading corrected texts. Creating a green screen graphic makes presentations more professional. Students write 700-word presentations on chosen topics, which tutors then correct in Google Docs. Students film presentations using the autocue in the language studio. Videos provide practice speaking under pressure and build confidence. Students can include videos on profiles for employability and language practice. Feedback showed the experience improved vocabulary, grammar, and comfort speaking the language.
Teachers are using various technologies like Skype, webcams, PowerPoint, and rubrics in their reading and writing programs. Staff attended professional development workshops on using digital resources and setting up software infrastructure in the school. The document provides instructions for uploading presentations, documents, movies, photos, and audio recordings to wikis, blogs, YouTube and other platforms for student and teacher use.
This document provides guidance for teachers on using video conferencing to enhance classroom learning. It outlines steps for teachers to effectively plan and conduct video conferences, including: establishing learning objectives; finding suitable connection partners; ensuring proper equipment; practicing in advance; establishing classroom rules; and facilitating reflective activities after. The goal is to create collaborative learning experiences that extend curriculum beyond the classroom through connecting with experts and other schools globally.
This document discusses introducing video assignments to surveying students to help them learn how to use a total station instrument. Some students were enthusiastic, while others were reluctant, feeling they didn't sign up for video work. Over several weeks, most students produced videos but some refused. Feedback found the videos helped most students learn, but many didn't rewatch their own videos. For next year, the instructor plans to better prepare students and require individual accountability for video assignments.
7 Ways Video can Enhance the Student Experience DrFrankONeillCOI
This presentation covers the top 7 ways that adding video to online courses can enhance the student experience. This is a presentation that I give regularly at schools and online learning conferences. Find out more about my work at www.OnlineTeacherYOUniversity.com
Video as part of your day to day teaching is proving to be a valuable tool. This presentation from our summer e-learning event tells you why and how you can achieve this here at QMUL
This document discusses using video in instruction. It describes current uses like lecture capture and course modules, as well as growing uses like flipped classrooms and student portfolios. Barriers to using video like preparation, equipment and software are addressed. Strategies are provided for overcoming barriers through preparation, accessing campus resources, and starting small. Examples of successful video applications in and out of the classroom are outlined. Overall, the document promotes using video to create a more efficient classroom and allow students new insights into their learning.
Screencasting for Staff and Student Development - MAME 2010mikitchenlady
The document discusses screencasting and provides tips for its use in education. It defines screencasting as a digital recording of computer screen output that often includes audio narration. Several free screencasting tools are described, including Jing, Screenr, ScreenToaster, Screenjelly, and Screencast-o-matic. The document suggests using screencasting for staff and student instruction, student assessment, and technology support. Tips include knowing your audience, managing time, practicing, testing recordings, and considering editing. Overall, the document promotes screencasting as a useful educational tool.
The document discusses different types of software including system software that connects hardware and software, applications for consumers and specific industries, and how user interfaces have evolved from character-based to graphical interfaces. It also covers topics like what operating systems do, different platforms, and considerations for consumers when purchasing software and computers.
The document describes a person's favorite memories from childhood, including playing with a Barbie princess toy, eating chocolate cake, listening to Britney music, and watching the TV show Rebelde. It also lists common childhood topics like home, family, food, friends, toys, school, and vacation.
The document discusses various topics related to the internet including search engines, portals, email, real-time communication, push technology, peer-to-peer computing, intranets, extranets, electronic commerce, web services, and the evolving internet. It also covers internet issues like filtering software, digital cash, encryption, and digital signatures. Finally, it discusses the concept of an invisible information infrastructure where boundaries between the web and communication are blurred and many devices are connected through the internet.
43 Things is a social networking site that allows users to establish goals and track their progress publicly. Students can share educational goals on the site, collaborate with others pursuing similar aims, and post updates on goal completion to their profile page or a class blog. The site also provides surveys to log progress and allows teachers to monitor student blogs to provide feedback on assignments.
Blendspace is a tool that allows teachers to create multimedia presentations by gathering various resources into one space. It can be used for flipped classrooms by having students access lesson materials online before class. Blendspace also supports differentiation by including different materials at varying levels to meet diverse student needs and learning styles. The presentation explores how to use Blendspace's capabilities to incorporate higher-level thinking, inquiry-based learning, and the flipped classroom model into lessons.
This document provides an agenda and notes for an ICT learning course. It includes:
- A reminder to email about marking requests and read assigned materials.
- An invitation to demonstrate an ICT tool and revisit the course goals.
- Feedback on the previous week's blog posts and exploring example ICT tools.
- Information on using tools like SlideShare, Prezi, and Glogster for presentations.
- Guidance on copyright and selecting a presentation tool for further exploration.
- Overviews of animation/simulation tools and learning objects to support teaching.
- Examples of specific tools like Scribble Maps and Bubblus for concept mapping.
- Suggestions for incorporating
This document outlines four models of flipped learning: standard flipped, one day a week flipped with selected content, flipping without recording video lectures, and full hybrid flipping. The standard flipped model involves students viewing recorded lectures as homework and spending class time doing activities and working problems with instructors. The one day a week model flips one lecture per week, like "Flipped Fridays", and selectively chooses what to record. Flipping without recordings uses alternative methods like texts and videos by others to convey lecture content. Full hybrid flipping removes some lectures entirely, replacing them with online activities for students to complete during class time.
Making Time for Change in the ClassroomStaci Trekles
An overview of tools that you can use to increase productivity and save you TIME in the classroom! Lots of tips from experienced teachers are shared.
Presentation for the eVisionary 2013 conference in Valparaiso, IN.
1. The document discusses ways to lead teachers in integrating technology into their classrooms, including understanding what stage teachers are currently at in adopting technology and providing various resources and support.
2. It provides a list of the top 10 ways to help teachers integrate technology, such as mentoring, training, support, collaboration, and allowing time for practice and exploration.
3. Various technology tools are also described that could be used, including blogs, podcasts, vodcasts, interactive whiteboards, virtual worlds, and wikis.
This document provides guidance on creating flipped classroom videos. It discusses why teachers should make their own videos rather than relying solely on outside content. The document outlines the basic steps and equipment needed to make different types of lesson videos, such as chalk and talk, narrated slideshows, and illustrated lectures. Tips are provided on planning content, recording, editing, and publishing videos. The goal is to help teachers make high-quality yet time-efficient lesson videos for their students.
The document investigates using VideoPaperBuilder (VPB) to help A-level mathematics students develop analytical skills. Teachers face limited tutorial time and re-explaining concepts, while students need help with question analysis and remembering solution processes. VPB allows creating multimedia tutorials with video, text, and slides. Nine classes used VPB tutorials on topics like binomial expansion. Pre- and post-tests showed VPB improved understanding and analytical skills. Students said VPB was useful for revision and explanations at their own pace.
Week 2, creating your course introduction and structure. Digitization and fair use in the online environment. Embedding content in Moodle via Mediacorp.
Autocues allow language students to focus on oral delivery and pronunciation while reading corrected texts. Creating a green screen graphic makes presentations more professional. Students write 700-word presentations on chosen topics, which tutors then correct in Google Docs. Students film presentations using the autocue in the language studio. Videos provide practice speaking under pressure and build confidence. Students can include videos on profiles for employability and language practice. Feedback showed the experience improved vocabulary, grammar, and comfort speaking the language.
Teachers are using various technologies like Skype, webcams, PowerPoint, and rubrics in their reading and writing programs. Staff attended professional development workshops on using digital resources and setting up software infrastructure in the school. The document provides instructions for uploading presentations, documents, movies, photos, and audio recordings to wikis, blogs, YouTube and other platforms for student and teacher use.
This document provides guidance for teachers on using video conferencing to enhance classroom learning. It outlines steps for teachers to effectively plan and conduct video conferences, including: establishing learning objectives; finding suitable connection partners; ensuring proper equipment; practicing in advance; establishing classroom rules; and facilitating reflective activities after. The goal is to create collaborative learning experiences that extend curriculum beyond the classroom through connecting with experts and other schools globally.
This document discusses introducing video assignments to surveying students to help them learn how to use a total station instrument. Some students were enthusiastic, while others were reluctant, feeling they didn't sign up for video work. Over several weeks, most students produced videos but some refused. Feedback found the videos helped most students learn, but many didn't rewatch their own videos. For next year, the instructor plans to better prepare students and require individual accountability for video assignments.
7 Ways Video can Enhance the Student Experience DrFrankONeillCOI
This presentation covers the top 7 ways that adding video to online courses can enhance the student experience. This is a presentation that I give regularly at schools and online learning conferences. Find out more about my work at www.OnlineTeacherYOUniversity.com
Video as part of your day to day teaching is proving to be a valuable tool. This presentation from our summer e-learning event tells you why and how you can achieve this here at QMUL
This document discusses using video in instruction. It describes current uses like lecture capture and course modules, as well as growing uses like flipped classrooms and student portfolios. Barriers to using video like preparation, equipment and software are addressed. Strategies are provided for overcoming barriers through preparation, accessing campus resources, and starting small. Examples of successful video applications in and out of the classroom are outlined. Overall, the document promotes using video to create a more efficient classroom and allow students new insights into their learning.
Screencasting for Staff and Student Development - MAME 2010mikitchenlady
The document discusses screencasting and provides tips for its use in education. It defines screencasting as a digital recording of computer screen output that often includes audio narration. Several free screencasting tools are described, including Jing, Screenr, ScreenToaster, Screenjelly, and Screencast-o-matic. The document suggests using screencasting for staff and student instruction, student assessment, and technology support. Tips include knowing your audience, managing time, practicing, testing recordings, and considering editing. Overall, the document promotes screencasting as a useful educational tool.
The document discusses different types of software including system software that connects hardware and software, applications for consumers and specific industries, and how user interfaces have evolved from character-based to graphical interfaces. It also covers topics like what operating systems do, different platforms, and considerations for consumers when purchasing software and computers.
The document describes a person's favorite memories from childhood, including playing with a Barbie princess toy, eating chocolate cake, listening to Britney music, and watching the TV show Rebelde. It also lists common childhood topics like home, family, food, friends, toys, school, and vacation.
The document discusses various topics related to the internet including search engines, portals, email, real-time communication, push technology, peer-to-peer computing, intranets, extranets, electronic commerce, web services, and the evolving internet. It also covers internet issues like filtering software, digital cash, encryption, and digital signatures. Finally, it discusses the concept of an invisible information infrastructure where boundaries between the web and communication are blurred and many devices are connected through the internet.
43 Things is a social networking site that allows users to establish goals and track their progress publicly. Students can share educational goals on the site, collaborate with others pursuing similar aims, and post updates on goal completion to their profile page or a class blog. The site also provides surveys to log progress and allows teachers to monitor student blogs to provide feedback on assignments.
The document discusses female genital mutilation (FGM) and debates whether it can be justified through ethical relativism. FGM involves removing parts of the external female genitalia and is practiced in some cultures. However, opponents argue that FGM is a harmful practice that violates women's health and rights. While some see FGM as an important cultural tradition, others believe there are moral absolutes and that subjecting children to practices like FGM against their will is unethical. The document explores perspectives on both sides of the issue and suggests further discussion and education are needed.
Individuals make choices based on both internal factors like personal preferences as well as external social pressures. Experiments like the Asch conformity experiments and Milgram's experiments on obedience demonstrated people's tendency to conform to group norms and obey authority figures even when they conflict with personal beliefs or ethics. The Stanford Prison Experiment also showed how social roles and situations can influence behavior in unethical ways, highlighting the importance of considering ethics when studying human decision-making and obedience.
The Blue Group proposes assisting students in achieving better grades through lectures and study techniques. They will provide lectures on study techniques to first graders and ninth graders after Christmas. This will result in improved study results for the students as well as improved public speaking and leadership skills for the group members from conducting the lectures. Alternatives such as assisting the elderly with technology were discussed before deciding on the student assistance idea.
Om Max Power Of Having A Spritual Friend 1Bryan Sumendap
The document discusses several spiritual partnerships in the Bible, including:
1) Moses and Aaron worked together, with Aaron speaking on Moses' behalf since Moses felt he was a poor speaker.
2) Jonathan and David were close friends, with Jonathan loving David like his own soul.
3) Ruth refused to leave her mother-in-law Naomi and pledged to stay by her side.
4) Elijah mentored Elisha before Elijah was taken up to heaven, granting Elisha's request for a double portion of his spirit.
5) Jesus sent his disciples out two by two to preach, and often partnered them up such as Peter and Andrew, James and
Generational Differences Texas Medical Association 10 3 2008Bill M Wooten, PhD
1. The document discusses generational differences in expectations and values between physicians and medical students from different generations.
2. Younger physicians and medical students prioritize work-life balance, flexibility, and lifestyle factors over income potential and hours worked. They also value diversity and use of technology.
3. Medical institutions need to be mindful of these generational differences and adapt practices, education, and systems to attract and retain younger physicians committed to excellence and patient-focused care while also supporting work-life balance.
The document provides an overview of artificial intelligence including:
1) Definitions of intelligence and approaches to creating artificial intelligence including simulating human thinking or designing new forms of intelligence.
2) Early AI work focused on games which were represented easily in computers with clear rules and goals.
3) Techniques like searching, heuristics, pattern recognition and machine learning developed for games are still used today.
4) Creating machines that communicate in natural language like translation and conversation.
The document discusses brainstorming ideas for a new product called "beep remote" that could help solve problems. It suggests the beep remote would help people find their lost TV remote controls using a beeping sound, avoiding frustration when the remote cannot be located. The document lists potential team members who could work on the concept.
The document provides an overview of computer hardware basics including input, output, and storage devices. It describes common input devices like keyboards and pointing devices. It discusses output to screens, printers, and other devices. It also covers various storage media including magnetic disks, tapes, and optical disks. The document emphasizes that computer systems integrate various input, output, and storage peripherals and that networks allow sharing of resources between multiple computers.
This presentation was presented for explained how to create photo archives system to Thai Redcross MIS team on May 10, 2010 at NECTEC, Thailand Science Park, Pathumthani, Thailand.
REC:all Exploring the potential of lecture capture in universities and higher...MEDEA Awards
Mathy Vanbuel presented "REC:all" and the potential of lecture capture in universities during the scientific meeting 'Using media to support learning from pre-school through to University' on 31 May 2013 in Greece.
This presentation will address the latest developments in lecture capture and the way universities are using lecture capture to enhance and augment their learning offer to students. During this presentation, information about a variety of different pedagogical models will be provided related to the technical support mechanisms being put in place by universities to support such models.
Flipped learning uses online videos for students to learn course content outside of class, freeing up class time for interactive activities and assessments. The document discusses a project at Oxford and Cherwell Valley College to implement flipped learning using the Kaltura video platform. It provides benefits seen from piloting flipped learning in Hair & Beauty and Hospitality courses, including increased student engagement, accessibility, and ownership of learning. Challenges addressed building the video library and integrating it with the college's learning management system. The project aims to expand flipped learning across programs and campuses to improve learning outcomes for students and efficiencies for staff.
E Learning in Medical Education.E-learning (or eLearning) is the use of electronic media, educational technology and information and communication technologies (ICT) in education. E-learning includes numerous types of media that deliver text, audio, images, animation, and streaming video, and includes technology applications and processes such as audio or video tape, satellite TV, CD-ROM, and computer-based learning, as well as local intranet/extranet and web-based learning. Information and communication systems, whether free-standing or based on either local networks or the Internet in networked learning, underlie many e-learning processes
The document discusses knowledge clips and how to produce them. It defines a knowledge clip as a short video where an instructor briefly explains a specific subject or concept. It provides tips for preparing the content and environment, recording successfully, and editing knowledge clips. The document encourages participants to create their own clip to share how they would implement it and provides references for further reading.
This document provides guidance and tips for tutors on integrating e-learning and instructional technology (ILT) into their teaching. It encourages tutors to adopt digital technologies like online learning communities, social media, and mobile devices to facilitate collaboration, support students outside of class, and track learner progress. Specific tools are demonstrated like PowerPoint, Prezi, polling apps, Google Docs, and learning management systems to enhance lessons with interactivity, multimedia, and opportunities for peer learning and assessment. Tutors are advised to receive training on the college's e-learning resources and systems like Moodle and e-Tracker to fully utilize digital technologies for teaching and learner support.
Maximizing Your Time with Students - Maximizing Teachable MomentsStaci Trekles
Today, there are many technologies available to help us do all sorts of things both within and beyond the classroom walls. In fact, there are so many, it can be overwhelming to explore them all, and in the meantime, your time for your students can suffer. This presentation will help you maximize your classroom time by featuring technologies that can help you: "flip" your classroom to engage students in more meaningful face-to-face activities beyond your lecture, extend learning into the online realm for blended and online instruction, and
help keep you organized all along the way!
When you select the right tools for the job, there's no end to the benefit you and your students can get from technologies like LiveBinder, Camtasia, Jing, EdModo, Google Drive, and more. This presentation will introduce you to
an accessible toolkit of tools and practices that will help you enhance learning both in and out of school for your students.
1) The document discusses using multimedia like video and audio to enhance teaching. It provides reasons for using multimedia, such as positive student feedback about supplemental materials.
2) Options for creating multimedia at RAU are reviewed, including available hardware, Panopto for uploading and sharing videos, and tips for storyboarding and producing content.
3) Various types of multimedia that could be used are suggested, such as lecture recordings, how-to guides, interviews, and virtual open days. Accessibility and interactive options are also covered.
This document discusses lecture capture technologies and how they have evolved. It notes that while lecture capture has existed for a long time through methods like note-taking, modern technologies now allow for easy audio and video recording of lectures. However, the document argues that lecture capture should really be thought of more broadly as "class capture" and used to support blended learning models through capturing the entire classroom experience, including labs and discussions, and enabling students to access this content flexibly. It addresses both how lecture capture can help students and faculty concerns about its use.
7 Things You Need to Know About Recorded LecturesRichard Berg
1. Camtasia is software used to record screen actions and narrate presentations. Instructors at UW-Stout use Camtasia to create video lectures and tutorials. A quiet room is available for recording.
2. Several instructors from different departments like Education, Chemistry, Physics, and Biology use Camtasia to create video content for their online and face-to-face courses.
3. Recorded lectures can be broken into smaller chunks and include captions for accessibility. Student surveys showed positive responses to the use of recorded lectures.
Kaltura Digital Media Hub Launch - Graham McElearney et. al.telshef
This session sees the launch of the Kaltura Digital Media Hub, a new platform that supports the increasing use of video across learning and teaching, research, public engagement and communications. Hear from academics who have been piloting this new platform to share and create media resources and enable students to submit video assignments.
This document provides an overview of HyFlex teaching and learning at Middlesex Community College. It discusses preparing for HyFlex instruction, supporting faculty and students, HyFlex teaching scenarios, and HyFlex classroom technology. The document outlines the three modes of HyFlex instruction - face-to-face, synchronous online, and asynchronous online. It also provides tips for structuring a HyFlex course in Blackboard and setting student expectations for the classroom environment. Faculty support resources are highlighted, including instructional design support and technology support. HyFlex teaching scenarios are demonstrated, such as sharing slides, videos, annotations, and facilitating class discussions. An overview of the classroom technology concludes the document.
Lecture capture in your toolkit: building digital media into course design Clive Young
Dr. Clive Young, University College London
Keynote for TILT eLearning showcase 2016-17: Innovating design and delivery
Date: Wednesday 14 December 2016
Nottingham Trent University
EMMA Summer School - Mathy Vanbuel - Choosing to implement video in your MOOC...EUmoocs
In this session we will discuss why you should or should not use video in your MOOC. Once you have decided whether video is one of the media that you will apply in your media mix, we will look at how you can produce appropriate video yourself, in your organisation or with additional, external support. We will discuss pedagogical as well as technical and organisational issues. After this session you should be able to decide whether you can and want to use video and draw up a plan to effectively produce and deploy it in your next MOOC.
This presentation was given during the EMMA Summer School, that took place in Ischia (Italy) on 4-11 July 2015.
More info on the website: http://project.europeanmoocs.eu/project/get-involved/summer-school/
Follow our MOOCs: http://platform.europeanmoocs.eu/MOOCs
Design and deliver your MOOC with EMMA: http://project.europeanmoocs.eu/project/get-involved/become-an-emma-mooc-provider/
This document summarizes a presentation on challenges and opportunities related to technology in learning given at the UWS Learning and Teaching Conference. The presentation discussed how the diversity of today's students requires reimagining learning approaches away from passive, didactic styles to more active, collaborative and networked approaches. Challenges mentioned include the need for flexible scheduling and more formative feedback. The flipped classroom model was proposed as an approach to flex teaching by moving direct instruction outside of class and using class time for active learning. Creating video content for the flipped classroom using tools like Camtasia was discussed as a way to develop content once and use it for many students.
The document discusses the flipped classroom model, where instruction occurs through video lessons for students to watch outside of class, allowing class time to be used for hands-on activities, projects, and discussions. It provides perspectives from both students and teachers on the benefits. Key goals are to shift the focus from passive lecture-based learning to active learning, and to allow students to learn at their own pace. The document gives guidance on creating video lessons, engaging students through note-taking and questioning, and managing the logistics of video distribution and homework. Common misconceptions about lack of motivation and technology access are addressed.
Lecture capture: lessons and future directionsClive Young
This document summarizes lecture capture use at University College London (UCL) over 7 years, identifies pedagogical considerations and opportunities, and discusses future directions. Key points include: lecture capture is now mainstream at UCL with over 2000 recordings per term; while originally meant to address student demand, it also drives traffic to the online learning platform and builds media capacity; however, the "lecture capture" label fails to capture its disruptive potential, and focusing on pedagogy and active learning is important for quality and sustainability. The future includes more tools and training for student input and integration of lecture capture into courses.
Similar to Lights camera action orlando - october 2015 -slide upload (20)
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
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A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
2. background
• video development
• pedagogical support
• faculty development
• technology integration
• instructional and
graphic design
• course management
system support
http://warrington.ufl.edu/centers/ctla/
3. why use video?
• introduce students to a course’s instructor
• demonstrate how to navigate
• highlight the content and purpose of a particular course
• overview or provide focus for a particular learning module
• explain how to complete a course-related activity
• add graphics and animations to an audio description
• provide fresh and timely updates to a course
• connect personally to students
• etc…
https://flic.kr/p/x7hY5
4. 1. lights (preparation)
• plan the framework:
• read / watch / do
• rinse, lather, repeat
• plan for production:
• select video types (studio, onsite, etc.)
• activities (mix it up and allow for choices)
• prepare and coach
• software and hardware for video
https://flic.kr/p/abP6fu
5. video types
• Asynchronous primary content delivery
• Lecture capture
• Pre-recorded studio
• Pre-recorded screen capture and tutorials
• Synchronous primary content delivery
• Telepresence robot
• Live streaming (with chat)
• Adobe Connect and Big Blue Button
• Supplemental delivery
• Interviews
• On-site and field shoots
• Exam review and office hours
• Course and module introductions
6. conversational style increases engagement
Guo, P. J., Kim, J., & Rubin, R. (2014). How Video Production Affects Student Engagement: An Empirical Study of MOOC Videos. Atlanta, GA: Learning at Scale.
10. software and hardware
• Mediasite
• Analytics
• Catalog, embed, Canvas integration
• Storify
• Camtasia
• YouTube and Vimeo
• Suitable Technologies BeamPro
• Adobe Connect and Big Blue Button
• Canvas Media recordings for feedback, announcements, etc.
11. how will you change how you prepare for
an online course?
Storyboard and scripting
Camtasia screen capture for tutorials
Informal and conversational style
https://flic.kr/p/6Bf4Sd
12. 2. camera (content)
• keep it short
• make it interesting
• keep it focused
• make it varied
https://flic.kr/p/CoGXH
13. habituation
• we get used to what is going
on around us and start to tune
it out
• our modern brains have
increased their threshold
• plan for a frequency of “cuts”
• use short bits and make
meaningful changes to activity
level
https://flic.kr/p/iLXwpc
14. length
• optimal is 6-9 minutes (or shorter)
• ~150 videos over 16 weeks
• average 3 minutes each
Guo, P. J., Kim, J., & Rubin, R. (2014). How Video Production Affects Student Engagement: An Empirical Study of MOOC Videos. Atlanta, GA: Learning at Scale.
17. how will you change how you organize
your course?
https://flic.kr/p/7YNd6k
18. 3. ACTION (student activity)
• required for internalization of learning
• goal is application
• choice and variety
• leverage multiple channels
• video type variety
• words and pictures foster meaningful learning
• simultaneously reinforce each other
• reduce cognitive load
Mayer, R. E., & Moreno, R. (2003). Nine Ways to Reduce Cognitive Load in Multimedia Learning. Educational Psychologist, 38(1), 43-52.
19. provide alternatives
• activity options
• clear instructions
• discussions 1 & 8 required, choose 2
from 2-7
• quizzes 1 & 8 required, choose 2
from 2-7
• assignments 1 & 8 required, choose 2
from 2-7
https://flic.kr/p/dh17LN
23. how will you incorporate choice and
variety in your videos?
https://flic.kr/p/q2nee
24. benefits
• bring to life dry concepts and make them real, tangible, and understandable
• bring experts to the course on a more convenient schedule
• deliver in-depth and focused instructions
• wide ranging variety of course materials
• personalize the learning experience
• keep student attention
• flexibility and choice
• engage students
• reusable
25. lessons learned
• show examples to inspire others
• easier to record shorter segments
• take the time to do it right the first time
• creativity and personality are appreciated
• connect content from module to module/topic to topic
• use an LMS transition to encourage enhanced video production
• on location helps connect students to the university and the instructor
• work with the video team to make design choices that speed up post-
production
26. …it forced me to think about how my
modules, with somewhat varied content at
times, had a logical build, both internally and
with other modules, and also encouraged me
to think more about what the objectives of
the modules were…
feedback …making the videos around campus
made me think even more of students
as a part of our community…
…regularly report feeling that they
know me, without ever meeting me…
…some students have reluctantly
admitted that they actually learned
something from the videos and it helped
them prepare for the exams…
27.
28. All Creative Commons licensed works used in this presentation are licensed for use and the legal code is at:
http://creativecommons.org/licenses/by-sa/2.0/legalcode
Tawnya Means, PhD
Director, Center for Teaching, Learning & Assessment
Warrington College of Business Administration
tawnya.means@ufl.edu
@UFTawnya
29. and now for the shorts… Q&A
Sarah Bleakney | Staci Graff | Megan Leroy