This document summarizes a presentation about QR codes. The presentation introduced QR codes and how to scan and create them. It provided examples of how QR codes could be used for teaching, learning, business processes, and marketing. Attendees were asked to share how they currently use or plan to use QR codes. The presentation concluded by providing further information and support resources for using QR codes.
This document appears to be a slide deck from a presentation on e-learning and teaching given by Steve Saffhill on June 18, 2012. The slide deck covers topics such as the future workforce, learners' potential, critical thinking, using technology like mobile apps and social media to enhance learning, and how emerging technologies like augmented reality could impact the future of learning. It provides examples of tools that can be used for assessment, managing evidence, and visualizing concepts like Bloom's taxonomy. The final slides discuss preparing for emerging technology and a roadmap for the future of learning.
This document outlines the agenda and topics to be covered for a Moodle User Group meeting on November 15, 2012. The agenda includes introductions, discussions on Moodle 2.3 features like drag and drop uploading, the Lesson module, external tools, and an open discussion period. One topic is on cloning a Moodle site for testing upgrades or migrating to a new server. Alternatives to long scrolling topic lists in courses are also mentioned.
The document discusses using video conferencing and streaming for educational purposes. It provides an overview of different video conferencing options from desktop software like Skype to more advanced telepresence systems. It also discusses considerations for creating and streaming online video content like output formats, encoder types, and live streaming providers. The Janet videoconferencing service is introduced which provides a secure web-based system for booking or launching video calls with other sites. Features like desktop sharing, recording, and support are highlighted. Examples are given of UK colleges using JanetVC to facilitate mergers and broadcast lectures between campuses.
The Principal and the Senior Management team have turned to technology to transform learning in an attempt create a coherent, consistent and cost-effective kick-start to the change management process after a series of mergers and acquisitions.
Howard and Bob shared with delegates the progress so far and the lessons learned from their experience of the organising and delivering Leeds City College Learning Festival 2012.
Presented at the RSC East Midlands e-fair - http://moodle.rsc-em.ac.uk/course/view.php?id=209
This document provides an overview of using mobile devices for learning. It discusses questions around whether learners use their own devices or devices from the organization. Popular apps for learning like Edmodo, Notetaker, and Google Drive are mentioned. The document also covers managing content across multiple devices, using tools like Apple Configurator, and choosing apps based on criteria like relevance and engagement. Resources for evaluating educational apps and volume purchasing apps are provided.
This presentation discusses open educational resources (OER), which are teaching and learning materials that can be freely used and reused. It defines OER and provides examples of different types, including open courseware, reusable learning objects, and massive open online courses. The presentation also covers finding and accessing OER through repositories, creating OER, and implementing OER in teaching through staff development activities. It aims to raise awareness of OER and their benefits for expanding access to educational materials.
This document discusses using social media, particularly Facebook, in educational settings. Dawn Maplethorpe, a lecturer from Boston College, describes how she set up closed Facebook groups for each of her student cohorts. She found that this allowed her to more easily communicate reminders, share resources, and foster a supportive online community among students. Students could ask questions, participate in polls, and share work and pictures. This increased retention and success rates. While there are some risks like improper use, most students had access and it became a core part of the course. The document encourages attendees to consider what social media tools they could use productively with their own students.
A Jisc RSC summary presentation for the Insight 2013 series. More resources from the summer conference at http://moodle.rsc-em.ac.uk/course/view.php?id=252
This document appears to be a slide deck from a presentation on e-learning and teaching given by Steve Saffhill on June 18, 2012. The slide deck covers topics such as the future workforce, learners' potential, critical thinking, using technology like mobile apps and social media to enhance learning, and how emerging technologies like augmented reality could impact the future of learning. It provides examples of tools that can be used for assessment, managing evidence, and visualizing concepts like Bloom's taxonomy. The final slides discuss preparing for emerging technology and a roadmap for the future of learning.
This document outlines the agenda and topics to be covered for a Moodle User Group meeting on November 15, 2012. The agenda includes introductions, discussions on Moodle 2.3 features like drag and drop uploading, the Lesson module, external tools, and an open discussion period. One topic is on cloning a Moodle site for testing upgrades or migrating to a new server. Alternatives to long scrolling topic lists in courses are also mentioned.
The document discusses using video conferencing and streaming for educational purposes. It provides an overview of different video conferencing options from desktop software like Skype to more advanced telepresence systems. It also discusses considerations for creating and streaming online video content like output formats, encoder types, and live streaming providers. The Janet videoconferencing service is introduced which provides a secure web-based system for booking or launching video calls with other sites. Features like desktop sharing, recording, and support are highlighted. Examples are given of UK colleges using JanetVC to facilitate mergers and broadcast lectures between campuses.
The Principal and the Senior Management team have turned to technology to transform learning in an attempt create a coherent, consistent and cost-effective kick-start to the change management process after a series of mergers and acquisitions.
Howard and Bob shared with delegates the progress so far and the lessons learned from their experience of the organising and delivering Leeds City College Learning Festival 2012.
Presented at the RSC East Midlands e-fair - http://moodle.rsc-em.ac.uk/course/view.php?id=209
This document provides an overview of using mobile devices for learning. It discusses questions around whether learners use their own devices or devices from the organization. Popular apps for learning like Edmodo, Notetaker, and Google Drive are mentioned. The document also covers managing content across multiple devices, using tools like Apple Configurator, and choosing apps based on criteria like relevance and engagement. Resources for evaluating educational apps and volume purchasing apps are provided.
This presentation discusses open educational resources (OER), which are teaching and learning materials that can be freely used and reused. It defines OER and provides examples of different types, including open courseware, reusable learning objects, and massive open online courses. The presentation also covers finding and accessing OER through repositories, creating OER, and implementing OER in teaching through staff development activities. It aims to raise awareness of OER and their benefits for expanding access to educational materials.
This document discusses using social media, particularly Facebook, in educational settings. Dawn Maplethorpe, a lecturer from Boston College, describes how she set up closed Facebook groups for each of her student cohorts. She found that this allowed her to more easily communicate reminders, share resources, and foster a supportive online community among students. Students could ask questions, participate in polls, and share work and pictures. This increased retention and success rates. While there are some risks like improper use, most students had access and it became a core part of the course. The document encourages attendees to consider what social media tools they could use productively with their own students.
A Jisc RSC summary presentation for the Insight 2013 series. More resources from the summer conference at http://moodle.rsc-em.ac.uk/course/view.php?id=252
Potential Qr Codes Education Emerge 2009andyramsden
The document discusses the potential uses of QR codes in education. It provides an overview of what QR codes are and how they work. Some key findings are that over 90% of students have camera phones that can read QR codes, but only around 2% have actually used them. Potential educational uses discussed include linking to websites, facilitating classroom discussions, and providing additional resources via mobile devices. Barriers and next steps and are also addressed.
This presentation discusses QR codes. It introduces how QR codes work through error checking and their ability to still function even if parts of the pattern are destroyed. Examples of QR code usage include product labels, e-commerce, and storing patient information in hospitals. A survey was conducted and its results will be analyzed. Group members and their work distributions are outlined.
The document provides information about Google Developer Student Clubs (GDSC) at IINTM and invites students to join. It introduces the leads and core team of GDSC IINTM. It outlines the benefits of joining including learning opportunities, networking, and skills development. Students are encouraged to participate in events and connect with the community. The document highlights some upcoming events and encourages students to ask questions.
QR codes allow users to store website URLs or other information that can be accessed by scanning the code with a smartphone. QR codes are two-dimensional barcodes that can be designed using free online generators. To use a QR code, the code is scanned using a smartphone's camera and QR reading application, which will then direct the user to the linked website or other online resource. The document provides several ideas for using QR codes in educational and business contexts, such as linking classroom activities and marketing materials to online videos or websites.
This document discusses a case study of Lowe's Home Improvement Warehouse using QR codes in marketing. It provides background on QR codes and their use and adoption. Lowe's could build on QR code use for external marketing, internal operations, and social media recognition. The proposal suggests a 5-year marketing campaign using increasing numbers of QR codes on public transportation to link to Lowe's departments and social media. Benefits include increased sales, cost efficiency to implement, and long-term return on investment.
Designing, developing and testing a location aware learning activity using qr...andyramsden
1) The document describes designing a location-aware learning activity using QR codes that had students gather information by decoding QR codes around a building to answer an economics question.
2) It provides details of the activity such as the information sheet, resources, and purpose to have students comprehend and apply concepts to analyze information.
3) It recaps what QR codes and how they can be used to efficiently connect physical and electronic learning spaces on mobile phones.
1) The document discusses the potential uses of QR codes as a learning technology and summarizes a project investigating their educational applications.
2) It provides background on QR codes and describes how students and staff at the University of Bath have begun using them for things like accessing web content, sending texts, and providing interactive feedback.
3) The document encourages participants to share ideas for using QR codes and discuss potential barriers to their implementation.
GBG joins the Monthly Innovation Adda (Dialogue) at the Bangaldesh Prime Minister's Office and presents on GBG as an org and some of our events, with special attention to Digital Mapping
QR codes can be used in various ways in the classroom, including providing access to digital resources, conducting polls and surveys, creating scavenger hunts, and making printed materials more interactive by linking to additional online content like videos or websites. Some specific examples mentioned are adding QR codes to word documents for answer checks, promoting school events, making learning areas like hallways more engaging, and providing supplementary instructional materials linked to targets or assignments. QR codes allow both teachers and students to easily connect physical and digital content.
40 interesting ways to use QR Codes in the classroomBrendan Jones
This document provides 40 tips for using QR codes in the classroom, including linking printed materials to online resources, creating scavenger hunts, polling students, and adding interactivity to displays. QR codes can be generated from shortened URLs and used to provide access to videos, websites, or other digital content related to classroom lessons and activities. Teachers are encouraged to be creative in finding ways to incorporate QR codes across subjects to enhance learning.
40 posibles usos de los códigos QR en el aulaaCanelma
This document provides 40 ways to use QR codes in the classroom, including linking printed materials to digital resources, creating interactive displays, conducting polls and surveys, and adding multimedia elements to textbooks and worksheets. QR codes can be generated using free online tools and read using smartphone apps to enhance learning activities and make analog materials more digitally interactive.
The document provides guidance on structuring an effective QR code marketing campaign. It outlines 10 rules for using QR codes, including choosing the appropriate QR code type, customizing the code, ensuring visibility and size, and directing the code to mobile-optimized content. The document also provides examples of both bad and good QR code campaigns, highlighting mistakes to avoid and best practices to follow. The overall purpose is to educate on properly designing and implementing a QR code campaign.
Get ready to embark on your tech journey with GDSC VPPCOE & VA! Join us for an exciting Orientation on August 28th from 11 am onwards. Discover what GDSC VPPCOE & VA has to offer and stay tuned for a special announcement. Don't miss out, mark your calendar and join us for an inspiring start to your tech adventure!
QR codes can be used in 3 main ways to support learning:
1) To provide access to online resources, videos, and websites by linking printed materials like worksheets, textbooks, and displays to digital content.
2) To engage students in interactive activities like scavenger hunts, choosing their own adventure stories, and mobile learning games using QR codes placed around the school.
3) To authenticate students for logging into educational websites without passwords by scanning a QR code. QR codes allow linking between physical and digital materials to enrich learning experiences.
The document discusses responsive web design, which allows a single website to be accessed from any device by changing the layout depending on screen size. It notes the rise of mobile internet usage and outlines the key aspects of responsive design, including using media queries, fluid grids, and flexible images. The benefits are said to include a better user experience, less maintenance than separate mobile sites, and support from search engines that see it as a better user experience.
QR codes are becoming an important part of your marketing activity for l both law firms and their attorneys. Learn about the history of QR codes and how legal marketers are using them today in their marketing campaigns.
This document provides an overview of a group project on QR codes. It introduces the group members and outlines their roles and responsibilities. It then provides a flow or outline of the presentation, including an introduction to QR codes, how they work, examples of their daily usage, a mind map, survey results, and possible future developments. It discusses how the group will create a mind map, conduct a survey, search for information, make a PowerPoint, write a script, and analyze survey results. The document assigns specific tasks to each group member.
Cracking the Code: How To Think About QRLeo Burnett
QR codes were created in 1994 as a two-dimensional barcode that can be scanned by smartphones to retrieve text, URLs, or other data. While initially used for inventory tracking, QR codes saw early adoption in Asia and Europe as a way to access web content or information without typing on phones lacking full keyboards. Over time, proprietary codes also emerged that store data in the cloud rather than within the code itself. When considering using QR or other two-dimensional codes, marketers should evaluate whether the codes simplify or complicate the user experience and whether the intended audience is likely able and willing to use them. Emerging technologies like near-field communication may one day make codes like QR obsolete as ways to easily share contact and web information with
Cracking the Code: How to Think about QR CodesMolly Garris
This deck demystifies 2D barcodes, specifically QR codes, to help marketers understand how, why and when to use them to connect traditional media to digital media.
The document discusses strategies for increasing online learning delivery to 10% as encouraged by the Skills Funding Agency. It addresses developing digital literacy skills among both learners and staff. The Amateur Swimming Association describes its experience transitioning learning online using the PebblePad platform, emphasizing the importance of support, training, and celebrating learner successes during this change.
The Skills Funding Agency clarifies that further education providers are not expected to deliver 10% of all courses entirely online by 2016. Rather, providers should determine where blending online and classroom delivery can improve learning programs. This blended approach can provide learners with more flexible access to education and opportunities to learn at their own pace, developing digital and employability skills.
Potential Qr Codes Education Emerge 2009andyramsden
The document discusses the potential uses of QR codes in education. It provides an overview of what QR codes are and how they work. Some key findings are that over 90% of students have camera phones that can read QR codes, but only around 2% have actually used them. Potential educational uses discussed include linking to websites, facilitating classroom discussions, and providing additional resources via mobile devices. Barriers and next steps and are also addressed.
This presentation discusses QR codes. It introduces how QR codes work through error checking and their ability to still function even if parts of the pattern are destroyed. Examples of QR code usage include product labels, e-commerce, and storing patient information in hospitals. A survey was conducted and its results will be analyzed. Group members and their work distributions are outlined.
The document provides information about Google Developer Student Clubs (GDSC) at IINTM and invites students to join. It introduces the leads and core team of GDSC IINTM. It outlines the benefits of joining including learning opportunities, networking, and skills development. Students are encouraged to participate in events and connect with the community. The document highlights some upcoming events and encourages students to ask questions.
QR codes allow users to store website URLs or other information that can be accessed by scanning the code with a smartphone. QR codes are two-dimensional barcodes that can be designed using free online generators. To use a QR code, the code is scanned using a smartphone's camera and QR reading application, which will then direct the user to the linked website or other online resource. The document provides several ideas for using QR codes in educational and business contexts, such as linking classroom activities and marketing materials to online videos or websites.
This document discusses a case study of Lowe's Home Improvement Warehouse using QR codes in marketing. It provides background on QR codes and their use and adoption. Lowe's could build on QR code use for external marketing, internal operations, and social media recognition. The proposal suggests a 5-year marketing campaign using increasing numbers of QR codes on public transportation to link to Lowe's departments and social media. Benefits include increased sales, cost efficiency to implement, and long-term return on investment.
Designing, developing and testing a location aware learning activity using qr...andyramsden
1) The document describes designing a location-aware learning activity using QR codes that had students gather information by decoding QR codes around a building to answer an economics question.
2) It provides details of the activity such as the information sheet, resources, and purpose to have students comprehend and apply concepts to analyze information.
3) It recaps what QR codes and how they can be used to efficiently connect physical and electronic learning spaces on mobile phones.
1) The document discusses the potential uses of QR codes as a learning technology and summarizes a project investigating their educational applications.
2) It provides background on QR codes and describes how students and staff at the University of Bath have begun using them for things like accessing web content, sending texts, and providing interactive feedback.
3) The document encourages participants to share ideas for using QR codes and discuss potential barriers to their implementation.
GBG joins the Monthly Innovation Adda (Dialogue) at the Bangaldesh Prime Minister's Office and presents on GBG as an org and some of our events, with special attention to Digital Mapping
QR codes can be used in various ways in the classroom, including providing access to digital resources, conducting polls and surveys, creating scavenger hunts, and making printed materials more interactive by linking to additional online content like videos or websites. Some specific examples mentioned are adding QR codes to word documents for answer checks, promoting school events, making learning areas like hallways more engaging, and providing supplementary instructional materials linked to targets or assignments. QR codes allow both teachers and students to easily connect physical and digital content.
40 interesting ways to use QR Codes in the classroomBrendan Jones
This document provides 40 tips for using QR codes in the classroom, including linking printed materials to online resources, creating scavenger hunts, polling students, and adding interactivity to displays. QR codes can be generated from shortened URLs and used to provide access to videos, websites, or other digital content related to classroom lessons and activities. Teachers are encouraged to be creative in finding ways to incorporate QR codes across subjects to enhance learning.
40 posibles usos de los códigos QR en el aulaaCanelma
This document provides 40 ways to use QR codes in the classroom, including linking printed materials to digital resources, creating interactive displays, conducting polls and surveys, and adding multimedia elements to textbooks and worksheets. QR codes can be generated using free online tools and read using smartphone apps to enhance learning activities and make analog materials more digitally interactive.
The document provides guidance on structuring an effective QR code marketing campaign. It outlines 10 rules for using QR codes, including choosing the appropriate QR code type, customizing the code, ensuring visibility and size, and directing the code to mobile-optimized content. The document also provides examples of both bad and good QR code campaigns, highlighting mistakes to avoid and best practices to follow. The overall purpose is to educate on properly designing and implementing a QR code campaign.
Get ready to embark on your tech journey with GDSC VPPCOE & VA! Join us for an exciting Orientation on August 28th from 11 am onwards. Discover what GDSC VPPCOE & VA has to offer and stay tuned for a special announcement. Don't miss out, mark your calendar and join us for an inspiring start to your tech adventure!
QR codes can be used in 3 main ways to support learning:
1) To provide access to online resources, videos, and websites by linking printed materials like worksheets, textbooks, and displays to digital content.
2) To engage students in interactive activities like scavenger hunts, choosing their own adventure stories, and mobile learning games using QR codes placed around the school.
3) To authenticate students for logging into educational websites without passwords by scanning a QR code. QR codes allow linking between physical and digital materials to enrich learning experiences.
The document discusses responsive web design, which allows a single website to be accessed from any device by changing the layout depending on screen size. It notes the rise of mobile internet usage and outlines the key aspects of responsive design, including using media queries, fluid grids, and flexible images. The benefits are said to include a better user experience, less maintenance than separate mobile sites, and support from search engines that see it as a better user experience.
QR codes are becoming an important part of your marketing activity for l both law firms and their attorneys. Learn about the history of QR codes and how legal marketers are using them today in their marketing campaigns.
This document provides an overview of a group project on QR codes. It introduces the group members and outlines their roles and responsibilities. It then provides a flow or outline of the presentation, including an introduction to QR codes, how they work, examples of their daily usage, a mind map, survey results, and possible future developments. It discusses how the group will create a mind map, conduct a survey, search for information, make a PowerPoint, write a script, and analyze survey results. The document assigns specific tasks to each group member.
Cracking the Code: How To Think About QRLeo Burnett
QR codes were created in 1994 as a two-dimensional barcode that can be scanned by smartphones to retrieve text, URLs, or other data. While initially used for inventory tracking, QR codes saw early adoption in Asia and Europe as a way to access web content or information without typing on phones lacking full keyboards. Over time, proprietary codes also emerged that store data in the cloud rather than within the code itself. When considering using QR or other two-dimensional codes, marketers should evaluate whether the codes simplify or complicate the user experience and whether the intended audience is likely able and willing to use them. Emerging technologies like near-field communication may one day make codes like QR obsolete as ways to easily share contact and web information with
Cracking the Code: How to Think about QR CodesMolly Garris
This deck demystifies 2D barcodes, specifically QR codes, to help marketers understand how, why and when to use them to connect traditional media to digital media.
The document discusses strategies for increasing online learning delivery to 10% as encouraged by the Skills Funding Agency. It addresses developing digital literacy skills among both learners and staff. The Amateur Swimming Association describes its experience transitioning learning online using the PebblePad platform, emphasizing the importance of support, training, and celebrating learner successes during this change.
The Skills Funding Agency clarifies that further education providers are not expected to deliver 10% of all courses entirely online by 2016. Rather, providers should determine where blending online and classroom delivery can improve learning programs. This blended approach can provide learners with more flexible access to education and opportunities to learn at their own pace, developing digital and employability skills.
This document summarizes the agenda and discussions from a Moodle User Group meeting. The agenda included discussions around Jisc's reorganization, news and updates to Moodle, and experiences using learning platforms. Key points included the closure of Jisc regional support centers, new OU courses on Moodle quizzes, and improvements to Moodle's gradebook and other features in the upcoming version 2.8 release. Participants also shared challenges and strategies for moving learning online.
Overview:
‘I am enabled and empowered to use technology and online resources to support my learning’ has been added
to Ofsted’s Learner View survey.
This second In Brief session will offer practical tips, tools and strategies for addressing the challenges posed by this statement and the Government response to the FELTAG recommendations for online learning.
We focus on practical tools to support you in your role in developing more online delivery of learning.
Practical tips and strategies for addressing the challenges posed by the Government supported FELTAG recommendation “the inclusion in every publicly-funded learning programme from 2015/16 of a 10% wholly-online component, with incentives to increase this to 50% by 2017/2018.”
This workshop raises awareness of what "flipped learning" is, its benefits, as well as exploring a range of free tools to create flipped learning resources
Here are the steps to draw and label shapes in Infuse:
1. Tap the "Draw" button to open the drawing tools
2. Select a pen colour and style
3. Tap the screen and drag to draw the desired shape
4. Tap the shape to add text labels
5. Tap the picture icon to add an image
6. Tap the cloud icon to download and insert an image
7. The teacher can ask drawing-based questions that students respond to using the tools.
This document summarizes the agenda and topics for a Moodle User Group meeting held on May 23rd, 2014. The agenda included discussions on Moodle 2.7 updates like a new editor and assignment features, as well as a presentation on the Canvas VLE system. Additional topics were adding revolving pictures, monitoring Moodle use, real-time collaborative editing, and the Insight 2014 online and in-person teaching and learning event from the RSC East Midlands focusing on digital skills and technologies. Contact information was provided for further details.
This document discusses accessibility features of mobile devices like iPads. It aims to provide awareness of these features and hands-on experience through exploration. Key features covered include screen reading, magnification, text-to-speech, and optical character recognition. Specific apps are also highlighted that can assist with text capture, text-to-speech, and magnification. Contact information is provided for further information.
The document provides information on developing digital employability skills programmes that integrate functional skills. It outlines workshop objectives to develop practitioner knowledge around creating innovative learning programmes for employability and functional skills that identify the skills learners need and how they are applied in seeking employment. It will identify digital tools used in the workplace and how they can deliver learning and develop digital and functional skills, including safe use of technology and online social responsibilities. Tips are provided on creating an online presence for job seeking and using digital skills to put functional skills into practice through online activities and projects.
The presentation explores how tablets can transform education by signing apps and tools for teaching, learning, assessments, and general use. Examples of apps are given for collaboration, creating resources, lifestyle activities, and typical ways staff and students currently use tablets. Assessment and
This document discusses how to help students and staff get the most out of using mobile devices and tablets at school. It addresses expectations from regulatory bodies like OFSTED, as well as user expectations. The presenters suggest letting the individual user decide which platform - Android, Apple, or Microsoft - is best for them. Several options for managing devices are presented. Contact information is provided for anyone seeking additional resources or support from the Regional Support Centre on using technology in education.
Game-based learning uses branching story scenarios to develop communication skills for adult learners. The eTrees project aims to create an online application using branching stories and games to improve workplace communication. The consortium includes experts in serious games development, adult education providers, and organizations focused on learning methodologies. Games appeal to adults and are effective because they replicate real-life problems, allow experimentation and replay, and promote active, experiential and self-directed learning through goals, feedback, challenge and storytelling. The eTrees tool will be tested in 2014 and launched to allow trainers and businesses to create customized branching scenarios.
The document discusses engaging learners through the use of mobile devices. It provides an overview of a session that will explore effective apps for teaching and learning. Examples of typical activities that can engage learners using mobile devices include collaboration, assessment, creating resources, and using images, audio, and video. Specific apps that are highlighted include Educreations, Skitch, ShowMe, Explain Everything, Pinterest, Evernote, and Polleverywhere. Attendees will have the opportunity to share the top tools they use for engaging learners.
The document summarizes a session on using technology for literacy and numeracy. It provides an overview of apps and websites that can be used for mobile learning, including Infuse Learning for pushing questions and quizzes to students. It also discusses developing digital skills and delivery through webinars. Lastly, it mentions other ways technology can be used and provides information on finding additional resources through the RSC East Midlands Moodle site.
A workshop that explored some free e-assessment tools, including Mentimeter, Polleverywhere, Socrative, Nearpod, Infuselearning, Showbie and Three Ring
An exploration of the RAPTA tool (Review and Plan for Technology in Action), and how it can be used to support the Self Assessment review process (SAR) and development of a Quality Improvement plan (QIP)
This presentation was delivered as a webinar as part of Insight 2014; Do IT digital-e
Tools explored were Mentimeter, Polleverywhere, Socrative and Nearpod, TitanPad
This document discusses screencasting techniques and applications. It defines screencasting as capturing screen activity and audio commentary as a video. Screencasting allows demonstrating processes, presentations, software usage, and more. It has benefits like being easier and allowing re-viewing compared to only explanations. Popular screencasting software includes free options like CamStudio and paid options like Camtasia. Successful screencasting requires preparation like finding a quiet space, using a microphone, and possibly scripting. It can be used for many purposes in education like demonstrations, mini-lectures, and feedback.
The document discusses a pilot program to deliver functional skills courses online. It provides an overview of the pilot's aim, target group, course design process, tips for learner engagement, impact and lessons learned. The pilot program has been running successfully for 5 years, delivering literacy and math courses online and in a blended format to over 250 learners. Key challenges have included ensuring learner motivation and reliable technology infrastructure to support online coursework, assessments and interactions between learners and tutors.
Have you ever been confused by the myriad of choices offered by AWS for hosting a website or an API?
Lambda, Elastic Beanstalk, Lightsail, Amplify, S3 (and more!) can each host websites + APIs. But which one should we choose?
Which one is cheapest? Which one is fastest? Which one will scale to meet our needs?
Join me in this session as we dive into each AWS hosting service to determine which one is best for your scenario and explain why!
Main news related to the CCS TSI 2023 (2023/1695)Jakub Marek
An English 🇬🇧 translation of a presentation to the speech I gave about the main changes brought by CCS TSI 2023 at the biggest Czech conference on Communications and signalling systems on Railways, which was held in Clarion Hotel Olomouc from 7th to 9th November 2023 (konferenceszt.cz). Attended by around 500 participants and 200 on-line followers.
The original Czech 🇨🇿 version of the presentation can be found here: https://www.slideshare.net/slideshow/hlavni-novinky-souvisejici-s-ccs-tsi-2023-2023-1695/269688092 .
The videorecording (in Czech) from the presentation is available here: https://youtu.be/WzjJWm4IyPk?si=SImb06tuXGb30BEH .
Northern Engraving | Nameplate Manufacturing Process - 2024Northern Engraving
Manufacturing custom quality metal nameplates and badges involves several standard operations. Processes include sheet prep, lithography, screening, coating, punch press and inspection. All decoration is completed in the flat sheet with adhesive and tooling operations following. The possibilities for creating unique durable nameplates are endless. How will you create your brand identity? We can help!
Digital Banking in the Cloud: How Citizens Bank Unlocked Their MainframePrecisely
Inconsistent user experience and siloed data, high costs, and changing customer expectations – Citizens Bank was experiencing these challenges while it was attempting to deliver a superior digital banking experience for its clients. Its core banking applications run on the mainframe and Citizens was using legacy utilities to get the critical mainframe data to feed customer-facing channels, like call centers, web, and mobile. Ultimately, this led to higher operating costs (MIPS), delayed response times, and longer time to market.
Ever-changing customer expectations demand more modern digital experiences, and the bank needed to find a solution that could provide real-time data to its customer channels with low latency and operating costs. Join this session to learn how Citizens is leveraging Precisely to replicate mainframe data to its customer channels and deliver on their “modern digital bank” experiences.
In the realm of cybersecurity, offensive security practices act as a critical shield. By simulating real-world attacks in a controlled environment, these techniques expose vulnerabilities before malicious actors can exploit them. This proactive approach allows manufacturers to identify and fix weaknesses, significantly enhancing system security.
This presentation delves into the development of a system designed to mimic Galileo's Open Service signal using software-defined radio (SDR) technology. We'll begin with a foundational overview of both Global Navigation Satellite Systems (GNSS) and the intricacies of digital signal processing.
The presentation culminates in a live demonstration. We'll showcase the manipulation of Galileo's Open Service pilot signal, simulating an attack on various software and hardware systems. This practical demonstration serves to highlight the potential consequences of unaddressed vulnerabilities, emphasizing the importance of offensive security practices in safeguarding critical infrastructure.
Skybuffer SAM4U tool for SAP license adoptionTatiana Kojar
Manage and optimize your license adoption and consumption with SAM4U, an SAP free customer software asset management tool.
SAM4U, an SAP complimentary software asset management tool for customers, delivers a detailed and well-structured overview of license inventory and usage with a user-friendly interface. We offer a hosted, cost-effective, and performance-optimized SAM4U setup in the Skybuffer Cloud environment. You retain ownership of the system and data, while we manage the ABAP 7.58 infrastructure, ensuring fixed Total Cost of Ownership (TCO) and exceptional services through the SAP Fiori interface.
For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2024/06/how-axelera-ai-uses-digital-compute-in-memory-to-deliver-fast-and-energy-efficient-computer-vision-a-presentation-from-axelera-ai/
Bram Verhoef, Head of Machine Learning at Axelera AI, presents the “How Axelera AI Uses Digital Compute-in-memory to Deliver Fast and Energy-efficient Computer Vision” tutorial at the May 2024 Embedded Vision Summit.
As artificial intelligence inference transitions from cloud environments to edge locations, computer vision applications achieve heightened responsiveness, reliability and privacy. This migration, however, introduces the challenge of operating within the stringent confines of resource constraints typical at the edge, including small form factors, low energy budgets and diminished memory and computational capacities. Axelera AI addresses these challenges through an innovative approach of performing digital computations within memory itself. This technique facilitates the realization of high-performance, energy-efficient and cost-effective computer vision capabilities at the thin and thick edge, extending the frontier of what is achievable with current technologies.
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The best part is you can achieve this without building a custom workflow! Say goodbye to the hassle of using separate automations to call APIs. By seamlessly integrating within App Studio, you can now easily streamline your workflow, while gaining direct access to our Connector Catalog of popular applications.
We’ll discuss and demo the benefits of UiPath Apps and connectors including:
Creating a compelling user experience for any software, without the limitations of APIs.
Accelerating the app creation process, saving time and effort
Enjoying high-performance CRUD (create, read, update, delete) operations, for
seamless data management.
Speakers:
Russell Alfeche, Technology Leader, RPA at qBotic and UiPath MVP
Charlie Greenberg, host
"Frontline Battles with DDoS: Best practices and Lessons Learned", Igor IvaniukFwdays
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• The role of a steering committee
• How do the organization’s priorities determine CoE Structure?
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[OReilly Superstream] Occupy the Space: A grassroots guide to engineering (an...Jason Yip
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Freshworks Rethinks NoSQL for Rapid Scaling & Cost-EfficiencyScyllaDB
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Generating privacy-protected synthetic data using Secludy and Milvus
Qr codes online webinar
1. QR codes - What’s in it for you?
12th June 1.15 – 2.00 pm
Lyn Lall, Phil Hardcastle (RSC East Midlands Advisors)
Ian Hughes (Grantham College)
www.rsc-em.ac.uk June 12, 2012 | slide 1
RSCs – Stimulating and supporting innovation in learning
2. Aims of this session
To look at what QR codes are
To show you how to scan them and how you can
create them
To share ways you could use them in teaching
and learning, and business support processes
June 12, 2012 | slide 2
3. Have you scanned a QR code before?
A. Yes
B. No
C. What’s a QR code?
3
4. QR codes – what are they?
Commoncraft explanation of QR codes
June 12, 2012 | slide 4
5. How can I read QR codes with my phone?
Anyone with a smartphone can scan and read QR
code images with the click of a camera. By
scanning the codes with a QR reader on a
smartphone, you can then access images,
websites and text linked to the QR code.
Example QR code readers:
– i-nigma, Neoreader, QRreader and QRafter.
June 12, 2012 | slide 5
6. How do I scan them?
• Firstly you need to download an app to your phone
Quickmark
QR Droid Red laser
QR
reader QR app
Go to your phone’s
marketplace and search for
QR code scanner
June 12, 2012 | slide 6
7. How do I scan them?
• Step 1 - install your app
June 12, 2012 | slide 7
8. How do I scan them?
• Step 2 – Open the app
June 12, 2012 | slide 8
9. How do I scan them?
• Step 3 - point your camera and click
June 12, 2012 | slide 9
10. How do I scan them?
• Step 4 – Here are the details from that QR code
June 12, 2012 | slide 10
11. Have you created a QR code before?
A. Yes
B. No
C. I wouldn’t know where to start!
11
12. How do I create my own QR codes?
QR codes can be created freely and easily using
any number of QR code generators available on
the internet. Each generator will create an image
that you can download or print to use anywhere.
There are a huge range of free QR code
generators including Kaywa and QRafter.
June 12, 2012 | slide 12
13. QR code generators
Lots to choose from...
qrcode.kaywa.com
(Good for the https://bitly.com/
basics) (Good for URL
shortening and
gathering
qrstuff.com statistics)
(Good for creating
contact QR codes goo.gl
(Vcard) and changing
colour) (Good for URL
shortening and
http://unitaglive.com gathering
statistics)
(Good for adding
logos and images)
June 12, 2012 | slide 13
17. QR codes at NHTA
QR code treasure hunts where the group that wins
gets a prize – e.g. in health and safety lessons to
jazz them up and make them more fun.
QR codes as part of a presentation – so half way
through a power point there may be a group
exercise using QR codes that breaks up the
lesson and gets the learners moving around.
Put QR codes on notice boards – spark curiosity
QR codes within the salon for driving promotions
for models.
June 12, 2012 | slide 17
18. How you could use QR codes
Classroom practitioners - attach QR codes to
objects with links to websites including case
studies, videos, YouTube links, quizzes and
formative assessments;
Create an induction activity for learners by
posting QR codes around your organisation.
Differentiation
Formative assessment
June 12, 2012 | slide 18
20. Safeguarding and E&D ideas
QR codes linking to anti-bullying sites for support
for learners
QR codes linked to telephone numbers of key
contacts for safeguarding
Equality and Diversity QR codes with links to
activities, information
Estate teams could use QR codes around a
campus to help learners find their way around –
attach a QR code on posters, notices, flyers and
webpages and link to a location on a Google map
to “get directions to here”.
June 12, 2012 | slide 21
21. How can I use QR codes as a marketing
tool?
Use as a marketing tool on all your publicity
information to link to additional organisational
information
June 12, 2012 | slide 22
22. How can I use QR codes with learners?
QR notes - Link to Qrvoice – talking QR
web based content , codes
text, image and social
features
Case studies and more links - QR codes in Libraries
June 12, 2012 | slide 23
24. Just in time information
June 12, 2012 | slide 25
25. Top tips for using QR codes
Content first (what are you going to link to)
Mobile friendly content
The longer the URL the more complicated the QR
code
– Try shortening them with http://goo.gl/ or
http://tinyurl.com/
Location, location, location
What’s the point? – is there added value for the
end user?
26
26. How will you use QR codes or how are
you already using them?
Use the chat pane to share what you are doing or
intend to do with QR codes
June 12, 2012 | slide 27
27. Further information and support
InTouch article and links
Moodle In Brief section
Lynette.lall@rsc-em.ac.uk
01509 618116
07867 682879
E-fair 21st June East Midlands Conference Centre,
Nottingham
Next In Brief: 3rd July
June 12, 2012 | slide 28
Editor's Notes
Poll needed here on screen
A Quick Response code is basically a type of barcode which is readable by any camera-enabled smart phoneThey are typically seen as a white square with black geometric shapes Users point their phones at the QR code, scan it, and are then taken to the end data. This could be text, a website, a YouTube video, a podcast…
In the same way as a scanner or reader is required for a traditional barcode, a QR code also requires a reader or a scanner but these are available (free in the main) for smart-phones and mobile devices with cameras.
Poll needed here on screen
Once the tool is explained we need a web tour, where participants will be asked to generate their own codes in the web pane.
Tools needed here to allow participants to write on screen
At NHTA we use QR codes mostly within a teaching and learning settingQR codes treasure hunts (in groups in case some learners do not have a smart phone) where the group to win gets a prize – sometimes do this in health and safety lessons to jazz them up and make them more fun.Also used them as part of a presentation – so half way through a power point there may be a group exercise using QR codes that breaks up the lesson and gets the learners moving around.Put QR codes on notice boards – learners are inherently curious and can’t help themselves so it can be good to get them to look at informationQR codes within the salon for driving promotions for models. Every station has QR code which is changed regularly pointing them at a new promotion to try to get the client to return as a model to the training salon (hair models can be difficult to find).
Create an induction activity for learners by posting QR codes around your organisation. Then try a quick online assessment of what they have learnt – see an example at Boston College;Differentiation– a great way to provide optional activities for students who want to excel is to simply put the code on the class assignment and let them follow it to the extension activity or question. It won’t take up much space, and might facilitate a little excitement about the extension assignment;Formative assessment– get students to check their answers by scanning a QR code after completing a test or assignment. As a teacher, you can visually confirm when students are checking their work and can also check in to see how they are doing. This will help track individual learning and can provide an opportunity for you to facilitate student reflection.1. Add a QR code to school letterhead that points to the school website.2. Use an interactive whiteboard to record notes/math equations/brainstorming/etc. Host the video online and add a QR code to a homework assignment so students can be retaught from home.3. Hide the answers to a study guide behind a QR code. Copy the code onto the study guide so students can check their answers.4. Have students write children's books and then record them reading their work. Upload the audio online and add a QR code linking to the audio for each page of the book to create an interactive reading experience.5. For open house/parent night, have each teacher in the building create a brief video introducing him/herself. Upload the videos and create QR codes that they can hang on their doors. This way parents can take a self tour of the building and get a feel for the quality teachers working in the building.6. Have students record book reviews and attach the QR code to the inside cover of the book.7. Create a survey using Google Forms. Print multiple codes (one for each choice in the survey) and then use it to poll the class in anonymous surveys. You'll be able to see immediately how many times a particular code was scanned.8. Print QR codes that point to your classroom homework/events calendar. Have students attach them to their agendas or daily planners .9. Create QR codes that link to supplemental materials and add them to the teacher edition of textbooks. This way valuable resources don't get lost in endless network folders on a forgotten flash drive.10. During a field trip, give students a handout with multiple QR codes that provide supplemental information coinciding with different locations on the trip. Students will have a guided tour even if they are not with the teacher.
QR codes linking to anti-bullying sites for support for learners;QR codes linked to telephone numbers of key contacts for safeguarding;Equality and Diversity QR codes with links to activities, information;Estate teams could use QR codes around a campus to help learners find their way around – attach a QR code on posters, notices, flyers and webpages and link to a location on a Google map to “get directions to here”.
TagMyDoc is a free service allowing to: Automatically add a 2D tag (QR code) on documents, Share documents in multiple ways; Store documents in the cloud in a secure way. Documents can be accessed and shared, on any device such as a tablet or a smartphone. There is no need for an email address. Just scan the QR code on a document and you will retrieve a virtual copy directly on your device. See our short video here for more details.
Tools needed here to allow participants to write on screen