1) Schools are using mobile device management (MDM) software to take control of devices from teachers and students, allowing a focus on learning. Some schools bundle devices and content with MDM software into a single package.
2) MDM software allows schools to customize apps, content, and security settings on devices. It also helps schools track licensing and app usage.
3) Schools supporting bring-your-own devices (BYOD) can manage instructional software through virtual containers and cloud-based systems, while still using MDM to control security settings.
This document discusses using emerging technologies to promote lifelong learning skills in students. It argues that overcoming students' resistance to new technologies is the first step, and allowing students to use their own devices (BYOD) can help engage them through familiar systems. While BYOD has benefits, it also has challenges around infrastructure, security, and digital divides. The document suggests educators should focus on using technology's full potential through student-centered learning, not just digitizing old methods. This involves developing skills like searching, evaluating online information, and contributing to online discussions.
This document summarizes the digital conversion of the Mooresville Graded School District in North Carolina. It discusses how the district invested in laptop computers for every student and staff, totaling over 5,000 computers. This allowed for personalized and project-based learning using digital resources. The district implemented FileWave to efficiently manage and distribute software, applications, and files to all the computers. FileWave automated tasks and saved significant time and costs compared to manual management. The digital conversion was very successful, improving student performance, engagement, and preparing them for future careers.
Latest Trends in EdTech BYOD Report HereSean Peasgood
油
The document discusses the Bring Your Own Device (BYOD) trend in education, where students use their own mobile devices in class rather than being provided devices by the school. BYOD allows schools to reduce costs by passing hardware expenses to students. Students benefit from interactive lessons and learning at their own pace on their preferred devices. The document highlights how one company, EXO U, has developed a solution giving teachers control over students' BYOD devices and providing centralized, cross-platform content and analytics.
This document discusses integrating technology into the classroom, including hardware, software, and digital media. Chapter 4 discusses computer hardware components and providing recommendations. Chapter 7 focuses on teachers discovering computers and ways to incorporate emerging technologies like blogs, podcasts, and videos. The document provides links to resources on using technology for literacy, assistive technologies, evaluating websites and software, and integrating technology into curriculums. It also discusses using alternative assessments and considering students' needs.
This document provides an overview of mobile devices and apps in education. It discusses the history of mobile technology in education and key statistics on device ownership. It also covers levels of support in higher education, mobile information literacy, identifying and evaluating apps, best practices for integrating mobile devices into teaching, and staying up to date in this area. The document aims to educate educators on effectively using mobile technologies for teaching and learning.
A pragmatic study on e learning system for higher education in developing cou...Najeem Olawale Adelakun
油
The Internet has become one of the greatest inventions of mankind for learning and sharing of useful information through electronic means. For some years now, the developed nations have adopted the use of the e-learning system. Presently, the COVID-19 outbreak has given rise to the adoption of the e-learning system by many countries of the world being the most viable alternative for teaching and learning. This paper uses a pragmatic approach to evaluates the benefits and challenges associated with the e-learning system. A survey was conducted among students in a higher institution and a total of one hundred and twenty-five responses was gathered from the online questionnaire to know the likely challenges faced by students with the e-learning system and also at an online researchers forum. The result shows that 30.40% of students complained about weak internet connectivity from the questionnaire administered which is also the major problem in most developing nations, and for optimal performance of the e-learning system, there should be adequate provision for strong internet connectivity, standard IT infrastructure, and user-friendly e-learning platform.
This document summarizes the results of a survey and interviews about device theft and loss in K-12 schools with 1:1 programs. The key findings were:
- 58% of schools purchase insurance for devices at an average cost of $27 per device. Insurance is worthwhile if theft occurs more frequently than once per 15 devices.
- Device theft is rare, occurring on average once per 700 devices. Loss is more common, with one device lost or misplaced for every 230 devices.
- Location tracking is the most desirable feature to help recover lost or stolen devices. Law enforcement is more likely to investigate if large numbers of devices are stolen.
Securly is the industrys first and only 100% cloud-based web filtering solution designed from the ground up for K-12 schools 21st century needs. Securly is designed to provide protection for any device, anywhere, and completely replace the existing web filter appliance.
Sorry you can't see the embedded video on slide 15, but it's me giving my students instructions while I am away. A great way to quickly communicate with students and your supplywhen you're absent!
This document discusses technology use among K-12 and college students and recommends tools for engaging students in the classroom using technology. It notes that today's students are heavy users of social media, phones, and multi-task with technology. It recommends 10 tools for the classroom, including QR codes, Google Forms, Poll Maker, Nearpod, and Kahoot. These tools can create interactive lessons and assessments to engage students with the technology they regularly use outside the classroom.
Information systems planning using a synthesis of modelling techniquesTony Toole
油
The document discusses using three modeling techniques - Enterprise Architecture, Viable Systems, and Soft Systems modeling - to plan improvements to a university's student information management system. It provides examples of "as is" models created for several processes using Enterprise Architecture modeling to identify issues. Viable Systems modeling examines communications and control, identifying bottlenecks. A synthesis of the techniques aims to design practical, achievable solutions for the "to be" system that recognize human factors. The modeling approaches collectively provide a richer picture than any single technique alone.
This document provides 50 resources related to mobile learning (mLearning). It lists websites, blogs, articles, papers and other sources of information on topics like mobile learning applications, research, best practices, tutorials, news, and more. Many of the resources listed also contain case studies, videos, and other educational materials about leveraging mobile devices for teaching and learning.
Establishment of Educational Network among the Undergraduate with Mobile Appl...Cahit Berkay Kazangirler
油
Abstract It is easier and faster for students to learn from knowledgeable students. The speed of information age and evolving educational technology have changed the way of teaching and the level of knowledge acquired during teaching. In this study, we present establishment of educational network among the undergraduate with mobile application. Students will be trained on the mobile application using smart devices which are present in almost every university student today. For this training, firstly the teams will be established and the target group will be reached for the education given by the knowledgeable student. With the mobile application to be prepared, students will be able to enroll in courses that are opened, will be notified about the lessons from the instructors and will be able to access the necessary source documents easily. The application will also be a website at the same time and all the operations performed in the application will also be available on the website.
Effective communication is essential for leaders in the 21st century. This document discusses trends in technology and learning, tools for communicating, and ideas for improving communication. It suggests that communication tools have changed dramatically with the rise of mobile devices, online learning, and social media. Leaders must adapt to using new digital tools like smartphones, tablets, learning management systems, and social media to communicate effectively with students, teachers, and the community in the modern world.
The document describes the existing technology infrastructure and resources at an elementary, middle, and high school, including servers, wireless access points, laptop and iPad carts, and other equipment. It then discusses moving to a "Bring Your Own Device" (BYOD) model, citing experts who believe BYOD is inevitable as the future of education technology. Recommendations are provided for expanding the use of iPad and laptop carts at the different school levels. Cost estimates and issues are addressed, with a plan to fully implement BYOD across all grade levels by August 2012 or January 2013.
This document discusses the current technology infrastructure and resources across elementary, middle, and high school levels. It includes a discussion of moving towards a BYOD (bring your own device) model and the challenges and benefits. A proposal is made to add additional iPad and laptop carts to provide a dual-platform approach and allow for a full BYOD implementation over the next year across all grade levels. The future plans outlined include continuing a hybrid approach, monitoring industry trends, and providing students resources to obtain their own devices and internet access.
The Pickens County School District in South Carolina was using an on-premise web filtering solution that required manual blocking of websites and applications. They switched to Securly's cloud-based solution to filter content across any device for their 16,500 students. Securly eliminated bandwidth bottlenecks and allowed school staff to offload web filter administration duties. Through Securly's reporting, an attempted suicide was stopped after alarming posts on social media were found, saving a student's life.
This document discusses mobile learning and mobile technology. It defines mobile learning as any learning activity that uses portable digital devices and allows learning to take place both inside and outside the classroom. The document lists some advantages of mobile learning such as it being personal, authentic, and context-aware. It also lists some challenges such as issues around security, distractions, and device cleanliness. The document discusses affordances of mobile devices for learning and examples like portability and connectivity. It provides statistics on children's access to mobile technology and increasing use of mobile devices in the workplace.
This document discusses touch screen technology and its uses in education. It describes different types of touch screen devices like interactive whiteboards, tablets, and smart tables. The benefits of touch screens in the classroom are outlined, such as enabling individual and collaborative work, and appealing to students. Pedagogical approaches like active learning are discussed. Legal and copyright issues are also mentioned. Finally, links to other subjects like English, math, and science are provided.
Covid-19 has increased reliance on e-learning as an alternative to traditional in-person education. E-learning allows educational activities to occur anywhere at any time through electronic media and interactive tools. Effective e-learning solutions integrate features like cloud computing, automatic student evaluation, user-friendly design, analytics and reporting, live chat, mobile responsiveness, cross-device access, recording of live sessions, and a defined development process.
Advancing Statistical Education using Technology and Mobile DevicesIOSR Journals
油
This document summarizes a study that explored using technology and mobile devices to advance statistical education. The study aimed to evaluate the impact of mobile technology on statistical education and analyze student adoption of mobile technology for learning statistics. It hypothesized that using mobile technology would increase student interest in statistics and that students would be inclined to adopt mobile technology for advanced statistics learning. The study examined how factors like technology acceptance, attitudes towards statistics, user satisfaction, and understanding of statistics concepts related to using an online statistics textbook on computers and iPods.
The Advent of Mobile Learning Technology offers enormous possibilities that can be leveraged for learning. Mobile Learning Technology is in users pockets. Leverage it now.
Effective Communications for Schools in the 21st Century May 28 2012James Murphy
油
Effective Communications for Schools in the 21st Century discusses trends in technology and communications tools for schools. It provides an overview of tools like social media, mobile apps, and digital content that are changing how schools communicate. The presentation encourages educators to explore these new tools and ways they can engage and inform students, parents, and the community in the digital age. It aims to provide ideas and spark discussion on adapting communications strategies for 21st century learners and learning environments.
4.[31 39]towards a model of e-learning in nigerian higher institutionsAlexander Decker
油
This document summarizes an ongoing study to develop an e-learning model for higher education institutions in Nigeria using an evolutionary software modeling approach. The study aims to introduce a flexible model that can be adapted over time based on user feedback, rather than using distinct phases that do not allow for changes. The model is being developed and tested at a polytechnic in Nigeria. The document provides background on e-learning and argues that an evolutionary approach will increase the efficiency, flexibility, quality and reusability of the developed e-learning system for Nigerian higher education.
CDW-G EDTech Magazine: Metropolitan Community College, "School of Management"Mike McCleave
油
Metropolitan Community College implemented a mobile device management platform from MobileIron to administer its mobile device program. The MDM solution allows MCC to securely manage apps, documents, and devices that are checked out to students and instructors. It provides features such as remote wiping of lost devices, app distribution, and license management for hundreds of devices. The mobile program enhances learning by providing students interactive tools through specialized apps for subjects like history, architecture, and automotive repair. The MDM solution enables this program by securing devices and managing the deployment of appropriate apps and content.
The document outlines a BYOD/BYOT implementation plan for a charter school in Miami Dade County. It will use the Google platform including Google Classroom, Apps, and Chromebooks which provides a consistent experience across devices. Teachers will be trained on these apps. Students without devices can check out loaner devices from the school's Asset Tracking Management System. Students will be grouped based on formative assessments, with pair groups minimum to allow help from peers if issues arise while using devices collaboratively in groups of three or more. The plan identifies apps like Remind, ClassDojo, and Socrative to support teachers, in addition to Google Forms and Drive.
The document describes the existing technology infrastructure and resources at an elementary, middle, and high school, including servers, wireless access points, filtering software, and classroom equipment. It then discusses moving to a "Bring Your Own Device" (BYOD) model, citing experts who believe BYOD is inevitable as the future of education technology. The document proposes expanding BYOD by purchasing additional mobile carts and implementing BYOD school-wide at each level. Cost estimates and potential issues are provided.
This document discusses the current technology infrastructure and resources across elementary, middle, and high school levels. It also discusses moving towards a BYOD (bring your own device) model and the challenges and benefits of that transition. Recommendations are made to continue developing a hybrid model, maintain infrastructure, and provide students and families with resources to obtain devices and internet access to better support a future BYOD program.
Sorry you can't see the embedded video on slide 15, but it's me giving my students instructions while I am away. A great way to quickly communicate with students and your supplywhen you're absent!
This document discusses technology use among K-12 and college students and recommends tools for engaging students in the classroom using technology. It notes that today's students are heavy users of social media, phones, and multi-task with technology. It recommends 10 tools for the classroom, including QR codes, Google Forms, Poll Maker, Nearpod, and Kahoot. These tools can create interactive lessons and assessments to engage students with the technology they regularly use outside the classroom.
Information systems planning using a synthesis of modelling techniquesTony Toole
油
The document discusses using three modeling techniques - Enterprise Architecture, Viable Systems, and Soft Systems modeling - to plan improvements to a university's student information management system. It provides examples of "as is" models created for several processes using Enterprise Architecture modeling to identify issues. Viable Systems modeling examines communications and control, identifying bottlenecks. A synthesis of the techniques aims to design practical, achievable solutions for the "to be" system that recognize human factors. The modeling approaches collectively provide a richer picture than any single technique alone.
This document provides 50 resources related to mobile learning (mLearning). It lists websites, blogs, articles, papers and other sources of information on topics like mobile learning applications, research, best practices, tutorials, news, and more. Many of the resources listed also contain case studies, videos, and other educational materials about leveraging mobile devices for teaching and learning.
Establishment of Educational Network among the Undergraduate with Mobile Appl...Cahit Berkay Kazangirler
油
Abstract It is easier and faster for students to learn from knowledgeable students. The speed of information age and evolving educational technology have changed the way of teaching and the level of knowledge acquired during teaching. In this study, we present establishment of educational network among the undergraduate with mobile application. Students will be trained on the mobile application using smart devices which are present in almost every university student today. For this training, firstly the teams will be established and the target group will be reached for the education given by the knowledgeable student. With the mobile application to be prepared, students will be able to enroll in courses that are opened, will be notified about the lessons from the instructors and will be able to access the necessary source documents easily. The application will also be a website at the same time and all the operations performed in the application will also be available on the website.
Effective communication is essential for leaders in the 21st century. This document discusses trends in technology and learning, tools for communicating, and ideas for improving communication. It suggests that communication tools have changed dramatically with the rise of mobile devices, online learning, and social media. Leaders must adapt to using new digital tools like smartphones, tablets, learning management systems, and social media to communicate effectively with students, teachers, and the community in the modern world.
The document describes the existing technology infrastructure and resources at an elementary, middle, and high school, including servers, wireless access points, laptop and iPad carts, and other equipment. It then discusses moving to a "Bring Your Own Device" (BYOD) model, citing experts who believe BYOD is inevitable as the future of education technology. Recommendations are provided for expanding the use of iPad and laptop carts at the different school levels. Cost estimates and issues are addressed, with a plan to fully implement BYOD across all grade levels by August 2012 or January 2013.
This document discusses the current technology infrastructure and resources across elementary, middle, and high school levels. It includes a discussion of moving towards a BYOD (bring your own device) model and the challenges and benefits. A proposal is made to add additional iPad and laptop carts to provide a dual-platform approach and allow for a full BYOD implementation over the next year across all grade levels. The future plans outlined include continuing a hybrid approach, monitoring industry trends, and providing students resources to obtain their own devices and internet access.
The Pickens County School District in South Carolina was using an on-premise web filtering solution that required manual blocking of websites and applications. They switched to Securly's cloud-based solution to filter content across any device for their 16,500 students. Securly eliminated bandwidth bottlenecks and allowed school staff to offload web filter administration duties. Through Securly's reporting, an attempted suicide was stopped after alarming posts on social media were found, saving a student's life.
This document discusses mobile learning and mobile technology. It defines mobile learning as any learning activity that uses portable digital devices and allows learning to take place both inside and outside the classroom. The document lists some advantages of mobile learning such as it being personal, authentic, and context-aware. It also lists some challenges such as issues around security, distractions, and device cleanliness. The document discusses affordances of mobile devices for learning and examples like portability and connectivity. It provides statistics on children's access to mobile technology and increasing use of mobile devices in the workplace.
This document discusses touch screen technology and its uses in education. It describes different types of touch screen devices like interactive whiteboards, tablets, and smart tables. The benefits of touch screens in the classroom are outlined, such as enabling individual and collaborative work, and appealing to students. Pedagogical approaches like active learning are discussed. Legal and copyright issues are also mentioned. Finally, links to other subjects like English, math, and science are provided.
Covid-19 has increased reliance on e-learning as an alternative to traditional in-person education. E-learning allows educational activities to occur anywhere at any time through electronic media and interactive tools. Effective e-learning solutions integrate features like cloud computing, automatic student evaluation, user-friendly design, analytics and reporting, live chat, mobile responsiveness, cross-device access, recording of live sessions, and a defined development process.
Advancing Statistical Education using Technology and Mobile DevicesIOSR Journals
油
This document summarizes a study that explored using technology and mobile devices to advance statistical education. The study aimed to evaluate the impact of mobile technology on statistical education and analyze student adoption of mobile technology for learning statistics. It hypothesized that using mobile technology would increase student interest in statistics and that students would be inclined to adopt mobile technology for advanced statistics learning. The study examined how factors like technology acceptance, attitudes towards statistics, user satisfaction, and understanding of statistics concepts related to using an online statistics textbook on computers and iPods.
The Advent of Mobile Learning Technology offers enormous possibilities that can be leveraged for learning. Mobile Learning Technology is in users pockets. Leverage it now.
Effective Communications for Schools in the 21st Century May 28 2012James Murphy
油
Effective Communications for Schools in the 21st Century discusses trends in technology and communications tools for schools. It provides an overview of tools like social media, mobile apps, and digital content that are changing how schools communicate. The presentation encourages educators to explore these new tools and ways they can engage and inform students, parents, and the community in the digital age. It aims to provide ideas and spark discussion on adapting communications strategies for 21st century learners and learning environments.
4.[31 39]towards a model of e-learning in nigerian higher institutionsAlexander Decker
油
This document summarizes an ongoing study to develop an e-learning model for higher education institutions in Nigeria using an evolutionary software modeling approach. The study aims to introduce a flexible model that can be adapted over time based on user feedback, rather than using distinct phases that do not allow for changes. The model is being developed and tested at a polytechnic in Nigeria. The document provides background on e-learning and argues that an evolutionary approach will increase the efficiency, flexibility, quality and reusability of the developed e-learning system for Nigerian higher education.
CDW-G EDTech Magazine: Metropolitan Community College, "School of Management"Mike McCleave
油
Metropolitan Community College implemented a mobile device management platform from MobileIron to administer its mobile device program. The MDM solution allows MCC to securely manage apps, documents, and devices that are checked out to students and instructors. It provides features such as remote wiping of lost devices, app distribution, and license management for hundreds of devices. The mobile program enhances learning by providing students interactive tools through specialized apps for subjects like history, architecture, and automotive repair. The MDM solution enables this program by securing devices and managing the deployment of appropriate apps and content.
The document outlines a BYOD/BYOT implementation plan for a charter school in Miami Dade County. It will use the Google platform including Google Classroom, Apps, and Chromebooks which provides a consistent experience across devices. Teachers will be trained on these apps. Students without devices can check out loaner devices from the school's Asset Tracking Management System. Students will be grouped based on formative assessments, with pair groups minimum to allow help from peers if issues arise while using devices collaboratively in groups of three or more. The plan identifies apps like Remind, ClassDojo, and Socrative to support teachers, in addition to Google Forms and Drive.
The document describes the existing technology infrastructure and resources at an elementary, middle, and high school, including servers, wireless access points, filtering software, and classroom equipment. It then discusses moving to a "Bring Your Own Device" (BYOD) model, citing experts who believe BYOD is inevitable as the future of education technology. The document proposes expanding BYOD by purchasing additional mobile carts and implementing BYOD school-wide at each level. Cost estimates and potential issues are provided.
This document discusses the current technology infrastructure and resources across elementary, middle, and high school levels. It also discusses moving towards a BYOD (bring your own device) model and the challenges and benefits of that transition. Recommendations are made to continue developing a hybrid model, maintain infrastructure, and provide students and families with resources to obtain devices and internet access to better support a future BYOD program.
The document describes the current technology infrastructure and resources at an elementary, middle, and high school, including servers, wireless access points, laptop and iPad carts, and other equipment. It then discusses moving to a "Bring Your Own Device" (BYOD) model, citing opinions from various educators that BYOD is inevitable as the future of education technology. The document proposes expanding iPad and laptop carts at the elementary, middle, and high school levels and implementing full BYOD programs. It notes costs and issues to consider for financing and supporting student-owned devices on the school network.
In 2008, the San Diego Unified School District received bond funds to expand technology resources and launched a five-year initiative to strategically distribute technology across grade levels. In 2014, the district selected Windows 8.1 two-in-one touch tablets for students, citing the devices' versatility. The district partners with Microsoft and Lightspeed Systems to manage the devices and ensure safe, easy usage. Lightspeed's Mobile Manager software allows for simplified, centralized device management as well as teacher-level controls.
The document discusses building a mobile app for students to view grades. It recommends using Flutter as the platform to build the app as Flutter allows for faster development, easy customization, and cost savings compared to building separate apps for Android and iOS. Flutter offers real-time updates, large community support, and can reduce development costs by up to 50% according to studies. In conclusion, Flutter is presented as the best option for building a cross-platform mobile grading app.
The report will covers case studies of mobile technology pilots over two sessions in 2012 in a learning and teaching context. It will discusses the results of the surveys undertaken as part of the Project, to highlight the successes and failures of these pilots. The report also outlines the work done, and the results so far, in the development of a mobile solution for CSU Subject Outlines and learning resources.
A PARADIGM FOR THE APPLICATION OF CLOUD COMPUTING IN MOBILE INTELLIGENT TUTOR...IJSEA
油
Nowadays, with the rapid growth of cloud computing, many industries are going to move their computing
activities to clouds. Researchers of virtual learning are also looking for the ways to use clouds through
mobile platforms. This paper offers a model to accompany the benefits of Mobile Intelligent Learning
technology and Cloud Computing. The architecture of purposed system is based on multi-layer
architecture of Mobile Cloud Computing. Despite the existing challenges, the system has increased the life
of mobile device battery. It will raise working memory capacity and processing capacity of the educational
system in addition to the greater advantage of the educational system. The proposed system allows the
users to enjoy an intelligent learning every-time and every-where, reduces training costs and hardware
dependency, and increases consistency, efficiency, and data reliability.
This document proposes a system that combines mobile intelligent tutoring with cloud computing. It discusses the benefits of mobile learning and cloud computing individually. The proposed system is based on a multi-layer mobile cloud computing architecture. It is intended to increase battery life, memory capacity, and processing power for mobile educational systems while providing advantages like lower costs and greater access. The system would allow learning anywhere and anytime through an intelligent tutor hosted in the cloud.
Whitepaper Mobile Solutions for the Education IndustryCygnet Infotech
油
The education industry finds itself on the tip of a revolution as conventional methods of learning and teaching are rapidly replaced by high-tech learning & training. Today, teachers and students are dynamic and technology savvy and they love to access learning resources from anywhere,anytime.This trend has redefined the entire training and learning process and the way universities, colleges and educational organizations deliver learning solutions.
This document discusses Mobile Guardian, a specialist mobile device management (MDM) provider for schools in the UK. It outlines how Mobile Guardian enables schools to embrace digital classrooms through 1:1 device schemes and BYOD while also protecting students. The solution provides easy to use cloud-based software and dashboards for schools, teachers, and parents to manage devices and digital environments. It allows schools to filter content, track devices, and control apps to create safe digital learning spaces and empower teachers to utilize technology in the classroom.
Personalisation, on-demand and predictive analytics: e-learnings next leap f...Mindfire LLC
油
While online learning gained popularity in the 90s, off late it has gained further traction. With the Covid-19 pandemic and its associated lockdowns, e-learning has emerged as one of the prominent uses of technology in the 21st century. E-learning as an educational experience is delivered electronically. It comprises many elements such as live or pre-recorded lecture content, videos, quizzes and other interactive elements.
If youre among those educational innovators, you will have to make several business decisions, from choosing an Education Mobile App Development Company to marketing your app. Hence, I would recommend you find the right app development partner for your EdTech mobile app development project.
How To Create An E-Learning App With The Latest Features And How Much It Cost...Nevina Infotech
油
Learn how to create an e-learning app with the latest features, including interactive progress tracking benefits and more. Let's check the cost of developing an e-learning app.
The document discusses the use of cloud computing and web 2.0 tools in education. It notes that cloud computing allows anytime, anywhere access and global collaboration using web-based applications and data storage. The document also discusses issues around appropriate use policies, filtering requirements, and educating students on safe online behavior when using new technologies.
Analysis Of Learning Outcomes From Mobile Mathematics ApplicationsKatie Naple
油
This document analyzes mobile mathematics applications and their learning outcomes. It discusses how mobile technologies like tablets and smartphones can be used for educational purposes in the classroom through illustrated lectures, online learning, and hands-on activities. Specifically, it highlights the current state of educational math apps, their limitations, and taxonomy of effective app features. It provides guidance on selecting apps that fit instructional needs and align with solid educational theory.
Technological development have altered the way we communicate, learn, think, share, and spread information. Mobile technologies are those that make use of wireless technologies to gain some sort of data. As mobile connectedness continues to spread across the world, the value of employing mobile technologies in the arena of learning and teaching seems to be both self-evident and unavoidable The fast deployment of mobile devices and wireless networks in university campuses makes higher education a good environment to integrate learners-centered m-learning . this paper discusses mobile learning technologies that are being used for educational purposes and the effect they have on teaching and learning methods.
This document presents a framework for evaluating the usability of mobile learning applications in universities. It discusses how existing usability evaluation models were developed for desktop software and do not adequately address issues related to mobile applications and learning. The researcher developed a new model that incorporates important factors from other models and addresses usability in the context of mobile learning. A mobile learning prototype application was tested using objective and subjective studies. Feedback was analyzed to assess the prototype's usability as high, average, or low. The results can provide guidelines to developers on creating more usable mobile learning applications.
This document summarizes research on the optimal use of iPods to meet learner needs. It finds that iPods can positively impact engagement, motivation, collaboration, and personalized learning when integrated effectively into student-centered pedagogy. However, effective integration requires infrastructure support, app evaluation, and teacher training. While iPods show potential, more longitudinal research is still needed to fully understand their impact on various learning outcomes. Overall, the research suggests iPods can enhance education when implemented appropriately, but schools must consider technical, financial, and instructional requirements for successful adoption.
District Administration Magazine - Dec 2014 Feature - Simmons
1. 12/1/2014 How schools are bringing mobile under control | District Administration Magazine
How schools are bringing mobile under control
District Administration, December 2014[1]
Whether devices are tablets or laptops, or owned by the school or the student, they all
require IT support.
Recent support developments include bundling digital learning applications and the
physical device with the cost of mobile device[2] management (MDM) software. Apple,
meanwhile, has made changes that make it easier to automate control of iPads.
Districts supporting BYOD can manage students instructional software through virtual
containers and clouds while relying on MDM software to manage security. Whatever
strategy a district chooses, the end goal is to take device management out of the hands
of teachers and students, so they can focus on learning.
Ilwaco Middle School in the Ocean Beach School District in Washington chose a package
this year that not only gives them MDM software, but also tablets loaded with
instructional content. The district wanted the interactivity of a tablet, but iPads were
too expensive. BYOD was not an option for the district where about 70 percent of
students receive a free or reduced-price lunch.
Bring your own technology sounds wonderful, but it creates issues of equity, says
Ilwaco Principal Marc Simmons. You have kids thinking, My tablet isnt as good as
someone elses. We want to increase equity through technology. It makes us all feel like
we are on the same page.
Managing school-owned iPads
Cherry Hills Christian School in Colorado combined an MDM solution with district-owned
iPads. Every one of its 700 students in grades 1 through 8 is assigned an iPad
while its 60 kindergarten students use the tablets in the private schools computer
center.
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2. 12/1/2014 How schools are bringing mobile under control | District Administration Magazine
Cherry Hills, which has a fairly affluent population, attempted a BYOD program with
student-owned iPads by establishing requirementslike 16 gigabytes of memory so that
the devices could support the classroom software. Still, students were using iPads with
varying degrees of memory and processing speeds.
The mix of devices got in the way of learning, says Mike Scheid, Cherry Hills
technology manager. There are more things we can do with a device we own versus
what we dont own. We can customize every piece of district-owned devices.
The district uses MDM and learning management system software from Lightspeed
Systems. Scheid applies security features to limit the websites that students can access
and to blacklist Instagram, ChatNow and other apps. The security filters identify users
when an inappropriate buzzword or website domain has been entered on a device.
Scheid also can push out instructional learning apps relevant to each student.
Information about students grade levels and classes are automatically sent from the
student information system to the MDM software.
Managing the iPads is a little easier now thanks to two changes Apple made to its Device
Enrollment Program last year, says Scheid. The district can automatically take control of
all the devices through its MDM software during the initial setup. Before, tech staff had
to manually enroll each device.
The second change gave the district, rather than individual users, control over app
licenses. The district can easily revoke access if a student leaves the district or a teacher
is no longer using the app in the classroom. In those cases, the license is returned to the
district. Students have the option of purchasing the app if they want to continue using
it. Scheid says this capability keeps the district from paying for apps that it is no longer
using.
Keeping track of licensed apps and subscriptions for instructional content is an
important feature of MDM software. It helps districts stay in compliance with their
licensing agreement, and not overspend, says Bill Odell, vice president of marketing for
Dell KACE, an MDM appliance. Districts can do a deep inspection of every software
application on each device. They might see that a lot of students arent using a piece of
software, and then discontinue the subscription or move it over to another class that
wants it.
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3. 12/1/2014 How schools are bringing mobile under control | District Administration Magazine
Supporting BYOD
Eastern Lancaster County School District in Pennsylvania supports BYOD and a 1-to-1
program with a mix of district-provided tablets and laptops. Rather than pushing
software out to each device, the district directs students to a desktop in the cloud where
they access all their instructional applications and classroom files.
This route lets us open up our 1-to-1 program to use tablets or any other devices, says
Lotsie D. Wooten, supervisor of technology infrastructure at the district. It also helps
with managing passwords for digital content, which had become a big problem. The
software has a password locker where we can store passwords for all those different
systems so students dont have to memorize them all.
The cloud software, from ClassLink, also gives students with tablets access to the full
features of large applications like Microsoft Word and Adobe Photoshopwhich are
usually available only on laptops with larger hard drives. Students and teachers also can
share and edit files in the cloud, rather than store them on their tablets.
Security settings and software are pushed out to all school-owned devices through the
Microsoft System Center. The settings remain no matter where students have access to
the internetwhether its at home, the library or McDonalds, says Wooten.
With most MDM software, districts also can set time-based policies. For instance, they
can block students access to Facebook during school hours, but restore it when they get
home.
ClassLink CEO Berj Akian says BYOD will be the prevalent model in the future. In a
survey done by the company in February, 87 percent of the 67 districts that responded
stated that BYOD was either underway or being considered. Cloud-based is the model
for instructional content today, and there is an ever wider range of devices that students
want to use, Akian says. Parents and grandparents are buying devices for children and
expect them to be used for education.
Virtual containers are another management option for BYOD districts. Whereas an
entire library of educational materials might reside in a cloud, a container is a device-centric
concept that helps to separate out resources. In addition, apps and material in a
container can be subject to different security policies and parameters.
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4. 12/1/2014 How schools are bringing mobile under control | District Administration Magazine
When users enter their credentials, they will only have access to materials in the
library that are relevant to them, says Sundhar Annamalai, executive director of
product marketing management and advanced mobility solutions at AT&T Mobility &
Business Solutions.
Power to the teachers
Content on district-owned devices can be customized for each teacher and student. For
example, one student in tenth grade may have instructional software for an elective
finance class in addition to applications for core classes. Another student may have
access to an application for a music elective.
The MDM software also gives teachers tools for tighter classroom management. A
teacher whos in control of all devices can lock an applicationsuch as a writing blog
when time for that lesson is up. Teachers can then push a document, such as a PDF of an
article, to all devices for immediate discussion.
However, there is no way to block applications that are on a students personal device.
And students cant be prevented from checking out Facebook during class time. You
cant stop the student from doing something with their own device. There are only so
many things you can control with BYOD, says Annamalai.
But teachers can adjust districtwide web filter settings. YouTube is normally blocked at
Cherry Hill; however, teachers can open the settings for a limited time to let their class
watch a pertinent video, such as one on a chemistry experiment. Access is automatically
blocked again after a set time, such as the class period, preventing the possibility that a
teacher will forget to change the settings back.
The cloud approach lets teachers at Eastern Lancaster access apps on the fly, says
Wooten. When an unexpected topic, such as the fall of the Berlin Wall, comes up during
a class discussionor teachers want to go deeper on a subjectthey can quickly search
for secure, approved content on the district cloud. Some of the instructional resources
available to East Lancaster students through their ClassLink cloud include Compass
Learning, Discovery Education and BrainPOP.
Both approaches can provide assessment tools that let teachers do a quick survey of
students understanding of a subject. If most students indicate poor comprehension, the
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5. 12/1/2014 How schools are bringing mobile under control | District Administration Magazine
teacher could review the concept the following day. Also, MDM software used with
personal or district-owned devices can generate reports telling educators how much
time students spent using different digital content. Eastern Lancaster routinely emails
parents reports on what websites their child has accessed, says Wooten.
When a device is damaged
MDM solutions can manage software, but students have to take care of the hardware. At
Eastern Lancaster, parents pay a $100 fee for any item broken that costs more than $100
to repair. But only about 7 percent of the laptops get damaged annually, says Wooten.
About 10 percent of Cherry Hills 700 tablets get damaged per year, with cracked screens
accounting for about 99 percent of the breakage. The district splits the $100
replacement cost with the students family the first time. The family pays the full cost if
it happens again in a single school year. Students must purchase a district-approved
case before they can take the iPads out of school.
Ilwaco Middle School pays $29 per tablet per year for insurance to cover breakage on its
Amplify tablets.
All the schools expect students to have their devices charged and ready to use each day.
Cherry Hill gives each of its students a charger and cable. Those who forget can check
out one of the schools three battery packs for $5 per day. Some districts have charging
stations for students to use during the school day, says Josh Hartmann, chief technology
officer at Amplify Access. Responsibility for charging the devices should be put on the
students. Its part of teaching them digital citizenship, he says.
Occasionally, a device gets misplaced, bringing the role of MDM software back full
circle. A school administrator can send a signal from the software to the device, which
sends back its location if it is turned on. The software also helps districts track
inventory, including the devices ages, serial numbers and who they are assigned to.
My advice to districts is never do mobile deployment without MDM software, says
Scheid. You dont want to give a device to students that you cant manage in terms of
web content and filtering. And you dont want to hand them a device that is a
distraction. With the right parameters, mobile devices can be tools for learning. DA
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6. 12/1/2014 How schools are bringing mobile under control | District Administration Magazine
Katie Kilfoyle Remis is a freelance writer in upstate New York.
1. http://www.districtadministration.com/issue/district-administration-december-2014
2. http://www.districtadministration.com/topic/mobile
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