How Technology Helps Student To Learn Faster

Bringing in technology into a high school classroom is not a one-step method. “You cannot simply slap a netbook [computer] along with a textbook and say, ‘Great, we now have technology,” says Bob Wise, former governor of West Virginia and leader of the Alliance for Excellent Education, an advocacy institution.

Wise says that electronic studying begins with educators, in whose efficiency is improved by technology-not the other way round. Which is even the concept of Digital Learning Day, that the Alliance is spearheading.

The first yearly Digital Learning Day falls on February 1 and can celebrate modern K-12 instructors who effectively bring technologies into the educational setting by setting web based course content, utilizing versatile software program for young students with particular requirements, and using online student checks and various digital tools. Educators, and also parents, college students, librarians, and community frontrunners, can understand classroom improvements and acquire new concepts by chiming in throughout the virtual National Town Hall meeting held on Digital Learning Day.

“The entire objective of Digital Learning Day is to genuinely celebrate educators and excellent educational understanding methods,” states Sarah Hall, director of the Alliance’s Center for Secondary School Digital Learning and Policy.

And excellent teaching, particularly the kind which involves working together with developing technologies, occasionally demands useful advice. Hall and Wise discussed the following suggestions for successfully utilizing technology in the classroom-not merely on Digital Learning Day, however at any time.

Plan in advance: There needs to be an extensive strategy in location to employ technology into the school system, Wise states, and the teachers need to be active in the planning stages.

“When a school states, ‘OK, you want to use technologies better,’ you need to create your objectives and what understanding outcomes you are attempting to reach,” Wise says. School leaders and teachers need to then take into account the “three T’s,” he provides, which request how instructing can be enhanced, what technology will be utilized, and how time will probably be used more proficiently.

Try out new things: The Digital Learning Day website features a quantity of teacher “toolkits” with lesson suggestions and devices for increasing lessons with technology. One tool pointed out is the website Animoto, that allows students to produce and upload videos, including oral book reviews. Additionally, there are lists of suggestions for digital learning, that have been posted by other teachers.

One indisputable fact that has witnessed achievement, say Wise and Hall, is the “turned classroom.” With this particular setup, they clarify, the lectures and homework are corrected. Students will pay attention to a webcast or recording of the teacher’s lecture in the home, and chances are they will come to class and focus on projects and problem-solving routines linked to the lecture with the teachers.

With this particular system, says Wise, “The teacher has the capacity to engage with every student and instantly figure out what their needs are.”

Develop into an instructional developer: As technology advances, so must the teachers. “For the last 100 years, teachers have basically been the sage on the stage,” Wise says. “They are the only entry way of information.”

However, Wise says, teachers will be more like developers, who be able to select and develop what types of content their students access and which technologies they will use. Wise states that with new content technologies, too, educators can rapidly see evaluation outcomes of their students.

“They have resources so that rather than seeing 25 students seated when in front of them looking exactly the same,” Wise says, “they now understand that this student needs this kind of assistance, and also this student needs that something different.”

Biometric Scanning: its Pros and Cons

Biometric scanning is the future they say. But how secure is it really? With all the recent technology made in biometric scanning, you might be wondering what is the actual risk involved in using these devices and is it really impossible for someone to steal my identity through them. The short answer is No. It’s not impossible, but it is significantly trickier. Take your fingerprint and the same way you think a credit card. It’s really just a string of numbers from a computer network. The difference is unlike credit card numbers or passwords, your fingerprint can’t be lost or misplaced but also can’t be changed once it gets stolen and that’s where the real security issue comes in.

We consider that all that information is stored in a database somewhere. The hackers are going to target it, assuming there’s no encryption involved. Once that information gets stolen, there are many ways to take advantage of it. Many of the companies that manufacture fingerprint scanners like to claim that their technology is unbreakable but as the Mythbusters proved back in 2006 all it takes to steal one is a little bit of dedication. In their episode they successfully cracked a scanner using 3 different methods. The first one,they copied someone’s finger print onto a latex glove and then use that to open the door. The second time they manage to create a copy of a fingerprint using ballistic shell which is just gelatin water and the third time all it took was a photocopy of someone’s fingerprint and a little bit of saliva.

You may also remember how Apple’s iPhone 5S which came with a touch ID fingerprint scanner built in was hacked by researchers just one day after it launched. Scientist managed to crack it using a cheap domestic scanner to create a photograph print left on the glass screen. Granted it was not an easy process. But for the criminally inclined who had a lot of time on their hands, it’s still doable. Some companies are currently dabbling in both retina and iris scanners but how secure are they?

Retina scanners work by shooting invisible infrared light into your eyeball and measuring the pattern of light it pickup and reflected back which is unique for every person. Unfortunately, certain diseases like glaucoma or diabetes can change that pattern over time potentially locking you out of your own devices. Iris scanners work in a similar way and that they shoot near-invisible infrared light into your eye and use it back to replicate intricacies and your iris. For the most part, it’s considered superior biometric scanning. They can be done from a greater distance so its less intrusive. Your irises are not as susceptible to disease as your retina. So, unless you suffer from a serious eye injury pretty much it will remained the same throughout your life. As far as biometric scanning goes, iris appears to be the final frontier. So we shouldn’t be surprised if our phone start coming out with technology built-in a few years from now.