It’s no secret that when schools embrace technology, students and teachers win. The introduction of digital trends, like Bring Your Own Device (BYOD) and flipped classrooms, has engaged students and improved education. We’ve frequently referenced the success found at Katy Independent School District (KISD) with their BYOD strategy. After seeing how ingrained technology was in students’ day-to-day lives, Katy ISD launched a program that leveraged mobile devices as an educational tool. The resulting improvements in student engagement and test scores were so astounding that their strategy continues to be mirrored by schools nationwide!
However, in a BYOD world it’s even more important for schools to ensure that its infrastructure is not compromised by the mobile devices students bring into the network. IT departments are eager to implement security policies, like filtering search results and regulating network access, on all personal devices. On top of that, schools need to continually comply with federal regulations that protect student privacy like the Children’s Internet Protection Act (CIPA).
Thankfully for IT professionals, Cisco understands the need for a network architecture that can grow to encompass a range of security challenges. From blocking malware and illegal sharing of copyrighted material to supporting BYOD programs and federal privacy standards, Cisco’s holistic approach solves the security needs of modern schools .
It is clear that technology is revolutionizing education and it shows no signs of slowing down. For IT professionals tasked with supporting the demands of modern learning now is the time to invest.
Technology is changing the way we view both distance and virtual learning; they no longer need to be solo activities in which learners struggle to make sense of a text, or watch a documentary in isolation with nobody nearby to share and interact with their interpretation or help to critique it. One catalyst is video technologies -- in both recorded and live formats and they are transforming the way learners engage with their teachers, their peers and the world to provide for a more collaborative, informed and authentic education. This does not preclude solitary working but, instead, offers the learner choice – choice as to whether they learn on their own or with others, either close by or at a distance. Learners choose whether to attend in person, from their home or another location via virtual classrooms or videoconference, or to catch up later by listening to a podcast or watching a video of the session – along with all the discussion, questions asked and responses given. They add their own responses by tagging the recording and ask further questions, point to resources that refute or validate a theory a teacher has proposed, and generally catch up with, and maybe go beyond the content their teacher or external expert has presented to develop a unique understanding of the subject which they then share back with the group.
In the video below, Jonathan and Aaron discuss how the Flipped Classroom model transforms the entire classroom dynamic through conversation rather than dissemination of knowledge. Jonathan suggests one of the greatest benefits of flipping is that overall interaction increases: Teacher to student and student to student. With more than 67 percent of educators reporting that this model has improved student test scores by 67 percent it’s no wonder that this is being rapidly adopted.
Looking for more Flipped Classroom colleagues to connect with or model? Check out the People of Flipped Learning for a list of educators practicing, and blogging about their flipped experience.
In this resource-constrained environment, taking advantage of grant resources for education technology innovation is critically important. Cisco is teaming with the Grants Office, LLC, to deliver a series of free webcasts to provide information, insights and tips on grant funding for U.S. education. Webcast topics will cover an important range of grant opportunities. Click on the links below for additional information on the grant programs covered in each session.
For nearly everything that I do in college, I need access to the Internet: classes, studying, meetings, and, discussions. In class, I access lecture documents on Blackboard. In meetings, I review and send emails. Studying, I research topics online and download information from the library. Essentially, I’m connected to the network constantly, and to be successful, I have to have the ability to connect any time, from anywhere, on any one of my several devices.
As most CIO’s and IT professionals would agree, building a scalable and robust network is a thankless and daunting task. It’s even more difficult in colleges and universities, where enabling tens of thousands of students to quickly and safely access the network is a critical imperative. And if the equipment is unreliable, access is compromised. When this happens, the institution faces difficultly in implementing online teaching initiatives, costs can increase and ultimately, there may be a productivity decrease. Additionally, faculty and students can become disgruntled and unmotivated as a result of network complications.