K-12 school districts and service providers throughout the country have stepped up heroically to try and facilitate remote learning during the pandemic.听And despite hardships, giving teachers access to online learning platforms for creating and organizing lesson plans has begun opening the door to new pedagogies and innovative software tools that improve learning outcomes both in and out of the classroom.

As students begin to re-enter classrooms this Fall, much of the focus is now on addressing learning loss, mental health, and socialization needs that have developed over the last year. Federal funds distributed to schools are focused on addressing those key themes, as well as making sure the school is safe 鈥� with wellness kiosks, cleaning robots, HVAC systems, air purifiers, and more.

All told, through such necessary technology initiatives, schools have also begun to prepare students for a future in which digital literacy is crucial. One-to-one computing initiatives have caught on in a big way. Efforts to give individual students laptop computers with which to learn, access online resources, and complete schoolwork have been embraced enthusiastically by millions. Putting the power of discovery in the hands of students, as well as access to cloud-based productivity tools, has proven to be a positive investment of precious budget dollars.

The next evolution in K-12 edtech will take these one-to-one computing models and make them one-to-many or many-to-many experiences, from the classroom to a school鈥檚 common spaces. It will unlock what鈥檚 on a laptop or tablet screen and make it so everyone in a classroom can learn from it, and it will create immersive visual experiences that more accurately reflect the digital lives people live away from school. By integrating new display technologies into learning spaces and common areas, K-12 schools can begin to create a more engaging, collaborative environment, while at the same time preparing students for the technologically enhanced, active-teamwork models that await them in the labor force or higher education.

Interactive White Boards in Classrooms

In recent years, schools have dipped their toes into the waters of digital presentation technology 鈥� digital whiteboards, short-throw projection systems, etc. But the future isn鈥檛 about presentations; it鈥檚 not defined by teachers showing on a screen what students need to learn. It鈥檚 about students and teachers actively and easily engaging with what鈥檚 on a screen 鈥� manipulating it, collaborating over it, even determining what 鈥渋t鈥� is.

Modern display technology allows for this classroom engagement. Interactive digital boards (or Interactive white boards)鈥� large-format displays with integrated touch functionality 鈥� serve two important purposes. Touchscreen technology allows elementary school students to interact with learning material, while boards with screen-sharing capabilities allow upper classes to see the work that a single student performs on her personal computing device 鈥� she鈥檚 able to wirelessly share what鈥檚 on her screen via the interactive white board.

One size does not need to fit all. Technology purchases need to be strategic and support specific user cases. For example, early grades may benefit more from touchscreen technology that allows students to discover the material and gamify the learning experience, much as they鈥檝e grown accustomed to with educational tablets and other touch devices found in the home.

In later grades, screen-sharing and 鈥渃asting鈥� 鈥� the process of sending information from a one-to-one device to a group digital board 鈥� can support more advanced project-based learning. For example, LG鈥檚 86TR3BDJ interactive听white boards听enable screen sharing with laptops and mobile devices, while all are connected to the same network, regardless of the operating system, to enable incredibly immersive class environments.

What鈥檚 more, depending on a school鈥檚 policy and where it stands on BYOD (bring-your-own-device) initiatives, interactive white boards that support casting can also receive and display information from students鈥� personal devices, reflecting their digital lifestyle and as such further enhancing the learning experience.

Interactive white boards can also support the growing field of active-learning pedagogies. Learning spaces can still be designed to be modular and reconfigurable, promoting group and ad hoc collaborations. That鈥檚 because unlike traditional presentation systems, which are usually anchored to a spot in a room, displays can be mounted or placed on a mobile cart that students or teachers can place anywhere 鈥� even embedded in movable furniture. They can be shared among workspaces and be rolled down the hallway to a cafeteria or empty room if the classroom requires multi-purposes rooms for social distancing purposes. And because they often come with their own wireless connectivity and processing power, they often offer anywhere access to cloud-based learning tools and resources.

Customizable Signage for Anywhere & Everywhere

Beyond the classroom, display technologies can engage the many 鈥� students, teachers, administrators, parents 鈥� on an even larger scale, motivating students to engage in their learning and establishing a modern, tech-savvy environment that stretches from a school鈥檚 front door to its classrooms. Whether it鈥檚 digital menu boards in school cafeterias, wayfinding and informational touchscreens in lobbies, or video wall installations in media centers or public spaces, new display technology is used increasingly to extend the classroom footprint beyond four walls and communicate a school鈥檚 vision.

One such display technology is DVLED (direct-view LED), which can be designed to fit nearly any specific school need, resulting in virtually unlimited size and viewing distance. Whether a school needs a sharp, curved display to serve as a digital 鈥榖ulletin鈥� board in a hallway, or a bright, immersive scoreboard for an outdoor football field, DVLED can do that. It offers flexibility both indoors and outdoors and can be wrapped around columns or fitted to curved walls.

In addition to obvious customization options such as size, shape, and brightness, the LEDs themselves, the tiny diodes that emit colored light, have advanced so far that millions of them can be packed onto single displays, offering custom resolution and pixel count. The cost of LED packages goes up as they shrink in physical size, so buyers can maximize the value of their spending by determining the exact required resolution, size, aspect ratio, and even curvature to meet their needs. With industry-wide LED costs falling reliably year-over-year, DVLED is now an affordable option for K-12 environments.

Engaging Students and Faculty Alike with Technology

Sherlock Elementary in Cicero, Illinois, is one of many committed to using to technology to enhance the learning environment. To underscore that point and build excitement among students, faculty, and parents, it adopted some of the most cutting-edge display technology available from LG to create bright, architecturally unique video walls in the school鈥檚 lobby. Video displays based on OLED (organic light-emitting diode) technology actually curve and wrap around columns, displaying vibrant content that attracts people to the school鈥檚 mission and sends the message that Sherlock School is serious about preparing its students for a technology-rich future.

Display technology for common spaces comes in many shapes and sizes to support a school鈥檚 unique needs, infrastructure and strategies. Digital signage displays, for instance, can be implemented on a very targeted basis or throughout a building as a dynamic, easy-to-use method of conveying up-to-date information, messaging, and more pro-active security alerts. For example, LG鈥檚 UL3G series can be leveraged as a teaching tool in addition to an emergency takeover tool for IT directors. The more intricate or pervasive a digital signage network becomes, the more it鈥檚 advisable to seek smart, networked, commercial grade displays that are reliable and manageable from a central location.

Studies show up to 80 percent of K-12 administrators are quick to recognize the education benefits of technology and two-thirds say using technology to boost engagement in schools and classrooms is a priority. Today鈥檚 display technology forms the foundation of engagement. As Cicero School District 99 Chief Information Officer Cao Mac, puts it, 鈥淭echnology changes drastically, but if we don’t expose our kids to these types of environments, they’ll never be able to succeed in the future.鈥�

Victoria Sanville is on the education technology team at LG Business Solutions USA, a leading provider of advanced display solutions for learning environments. For more information, visit .

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While the 2016-2017 school year has long since started, there鈥檚 always time to add technology to classrooms to keep them up-to-date and to improve student engagement. The technology in this modern world is improving so much that it is important to make sure the technology in the classroom keeps up with the changes, for the benefit of the children. In a world where you can then anything is possible so it makes sense to have an environment where the children can take advantage of this new technology. As students become more and more immersed in technology outside of the classroom, teachers are increasingly hard-pressed to retain student attention with more traditional and non-interactive equipment such as desktop computers and whiteboards. When adding new technology to any classroom, easy implementation, flexibility and future-proofing are key.

One way to keep students engaged in the classroom is with personal devices and interactive whiteboards that allow them to collaborate and view digital content. An interactive whiteboard is an easy device to add. It can take the place of a traditional whiteboard or be mounted on a cart and shared between classrooms. Combined with personal tablets or laptops, students can interact with digital lesson plans in real-time in an effective and engaging manner.

Beaver Acres Elementary School in Aloha, Ore., is a key example of a school successfully instituting the one-to-one tablet and whiteboard method. The school received grants to support future readiness and positive change initiatives, which allowed Fourth-Grade Teacher Heather Hoxie to integrate one-to-one devices paired with a JTouch interactive whiteboard, produced by Infocus Corp. of Portland, Ore., to individualize and accelerate instruction. Hoxie鈥檚 students quickly embraced a faster pace of instruction, working individually on their devices and then casting and sharing their work on the JTouch for immediate presentation, feedback and collaboration. Unlike projection whiteboards, the display is bright enough for Hoxie鈥檚 classroom at any time of day, even with the lights on, because it uses the same technology as a flat-screen television.

When a school introduces new and updated technology, teachers can adapt their lesson plans to use it effectively as a new tool. 鈥淲e still have to achieve a balance between good note-taking skills and good typing skills,鈥� said Hoxie. 鈥淲e also have to teach kids to discern between good and bad information, as so much of both are available online.鈥�

From a technology standpoint, Hoxie believes providing individual devices students use at their desks together with a collaborative board that can display their work as well as teacher-led presentations is critical. This two-layered approach also enables more individualized instruction, allowing students to learn at their own pace while creating more fluid and effective interaction in the classroom.

Flexibility is another challenge when it comes to adding new school technology. New systems and devices need to be future-proof and able to adapt to new types of teaching content and other personal devices. 鈥淚 need to be able to incorporate new information sources or devices as they become available,鈥� said Hoxie.

This usually comes into play when choosing the type of equipment to add to a classroom. In Hoxie鈥檚 classroom, the InFocus LightCast software鈥檚 casting ability allows students to wirelessly screen share 鈥� or cast 鈥� from their device to the JTouch, then walk up and touch the screen to demonstrate something, manipulate content or bring up an adjacent web page.

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Just a few months after implementation, Hoxie noticed an increase in student engagement. Her students adopted the technology immediately because it works just like the smartphones or tablets they use every day outside of school. 鈥淭here are so many positive impacts,鈥� she said. 鈥淚 can provide supports or extensions for students in reading and math. This individualized instruction on their personal device allows students to move forward at their own pace.鈥�

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Because this approach to education technology is simple to implement, it can be easily integrated into a classroom at any point during the school year. When considering potential devices, explore the options for connectivity with other devices and the types of platforms that it can interact with, since a change in compatibility could render new classroom technology useless. Flexibility and ability to use devices across different student ages and learning subjects is also critical to maximize the school鈥檚 investment and infuse engagement and interactive learning into all aspects of teaching.

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Brady O. Bruce is the chief marketing officer for InFocus Corporation of Portland, Ore.

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