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Sunday, January 8, 2017

Newark Public Schools uses Google Apps for Education as the backbone of digital learning

Posted by Joshua Koen, Special Assistant for Technology, Newark Public Schools
(Cross-posted on the Google for Education Blog.)

Editors note: Today’s guest author is Joshua Koen, Special Assistant for Technology at Newark Public Schools, which serves over 35,000 students across 66 schools. Thanks to his diverse background, Koen focuses on bringing together instruction and technology. Here he shares his reflections from this past school year and his continued focus to ensure IT always serves learning. He’s also sharing the great news that Newark is now using Google Apps for Education district-wide.

Some people worry about giving kids too much access to technology, but I’m worried we might not be providing enough. We know students today can use the Internet pretty much anywhere and anytime. So as educators, it’s our job to model effective use. At the Newark Public Schools, infusing technology in our instruction is helping us reach our goal of preparing all students for the college or career of their choice. When it comes to technology, we try to keep it simple by focusing on three very specific objectives that support our district goals: helping teachers check for understanding for all students in real-time, infusing digital learning experiences into the curriculum and helping students develop digital fluency (which is measured through assessments like PARCC (Partnership for Assessment of Readiness for College and Careers).

When I arrived at Newark a year and a half ago, I was pleased to see that the district had already invested in high-speed wireless access. To further this work, last year I organized a steering committee of students, teachers and administrators to help guide our new learning environment. As part of this work, we developed a digital learning initiative and introduced Google Apps for Education district-wide. Google Apps has since become our educational backbone, facilitating collaboration at the classroom-level, school level and district level.

For example, students at Benjamin Franklin School led by teacher coaches Tracy Blazquez and Amy Panitch implemented a Problem Based Learning unit aligned to our curriculum to explore how the toy industry shapes what careers students enter when they grow up. Students conducted a class and school survey identifying preferences using Forms, analyzed the results in real-time as they were being collected in Sheets, collaborated together to describe their ideas in Docs, and presented their findings via a Hangout on Air.

Students from Franklin Elementary school participate in a Hangout on Air. Watch the video.

In another school, Speedway Academies, a 5th grade class donned their press badges, put on their adventure gear and became journalists chronicling natural disasters across the world. Their teacher, Audra Chisolm (who had never used Google Apps before) and coach Damion Frye, used Google Classroom to facilitate students researching, editing and writing editorials and newspaper articles in Docs. They created an online student newspaper with their final product using Google Sites. During the entire eight-week unit, the students only used one piece of paper and practiced PARCC readiness by cutting and pasting, highlighting and editing each others work.
Students collaborate on a problem based learning unit.





As a district team weve taken many steps to enable more digital learning. First and foremost, we focus on learning rather than IT. As IT teams, we need to be knowledgeable about the curriculum and needs of teachers if were going to be able to help them. We also model the use of new tools. For example, at a recent principals’ leadership institute, we shared the agenda and activities through a Google Site with our attendees who could contribute to brainstorms using Google Docs. To help teachers infuse technology into daily practice we utilize the technological, pedagogical and content knowledge (TPACK) framework to guide us in this. We find this to be a helpful framework. Finally, we’ve also introduced tech instructional leads in each school for on-the-job support.

In the next year, we plan to roll out more devices to give students even more access to learning. How will I know were having success with digital learning? I’ll know when we spend less time talking about IT and gadgets and more time talking about learning.
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iPhone Like Tab bar in Android

In a previous post we saw how to use the TabHost to create tabs in Android applications. Also we noticed that the Tabs in Android appear at the top of the activity.
but what if we want to give the tabs the look of the iPhone Tab Bar ?

this is possible by wrapping the TabWidget and the FrameLayout in a RelativeLayout container and adding android:layout_alignParentBottom="true" attribute to the TabWidget just like this:
<?xml version="1.0" encoding="utf-8"?>


<TabHost android_layout_width="fill_parent"
android_layout_height="fill_parent"
android_id="@android:id/tabhost"

>
<RelativeLayout
android_layout_width="fill_parent"
android_layout_height="fill_parent"
>
<TabWidget
android_layout_width="fill_parent"
android_layout_height="wrap_content"
android_id="@android:id/tabs"
android_layout_alignParentBottom="true"
/>
<FrameLayout
android_layout_width="fill_parent"
android_layout_height="fill_parent"
android_id="@android:id/tabcontent"
>

</FrameLayout>
</RelativeLayout>
</TabHost>




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Friday, January 6, 2017

S O S Application for Android from Red Cross

A god news for you, American Red Cross has launched an Android version of S.O.S, which is loaded with step-by-step first aid guide and also quick help diagnosing a medical emergency. This app can be used as a hand guide while you wait for an ambulance to arrive. Quoting from Android market:

"The S.O.S. app provides step-by-step video narration by Dr. Oz and follow along demonstrations allowing people to quickly and confidently respond to common emergency situations with the goal of saving lives."

Emergency care protocols for over 30 of the most common emergency care situations were developed and reviewed by prestigious medical and educational panels from both the American Red Cross and the American College of Emergency Physicians (ACEP). These protocols were then adapted for an Android app surroundings and are accompanied by dynamic videos that walk through clear and concise emergency action steps that are appropriate for any audience. Dr. Oz is the instructional voice of each video, reassuringly guiding users on how to provide emergency care. 3-D animations are included for the more complex techniques, specifically Unconscious Choking and CPR which also include an audio and visual counter for actual time CPR compressions.

Definitely this app is going to be a hit among Android users, as its a great companion especially while travelling. This is going to be a good refresher if you have ever taken a CPR/first aid course.

Cons: Voice enabled commands are not integrated, in case of emergencies users may find it difficult to browse through the app.
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Project Tango I O Apps now released in Google Play

Posted by Larry Yang, Lead Product Manager, Project Tango

At Google I/O, we showed the world many of the cool things you can do with Project Tango. Now you can experience it yourself by downloading these apps on Google Play onto your Project Tango Tablet Development Kit.

A few examples of creative experiences include:

MeasureIt is a sample application that shows how easy it is to measure general distances. Just point a Project Tango device at two or more points. No tape measures and step ladders required.

Constructor is a sample 3D content creation tool where you can scan a room and save the scan for further use.

Tangosaurs lets you walk around and dig up hidden fossils that unlock a portal into a virtual dinosaur world.

Tango Village and Multiplayer VR are simple apps that demonstrate how Project Tango’s motion tracking enables you to walk around VR worlds without requiring an input device.

Tango Blaster lets you blast swarms of robots in a virtual world, and can even work with the Tango device mounted on a toy gun.

We also showed a few partner apps that are also now available in Google Play. Break A Leg is a fun VR experience where you’re a magician performing tricks on stage.

SideKick’s Castle Defender uses Project Tango’s depth perception capability to place a virtual world onto a physical playing surface.

Defective Studio’s VRMT is a world-building sandbox designed to let anyone create, collaborate on, and share their own virtual worlds and experiences. VRMT gives you libraries of props and intuitive tools, to make the virtual creation process as streamlined as possible.

We hope these applications inspire you to use Project Tango’s motion tracking, area learning and depth perception technologies to create 3D experiences. We encourage you to explore the physical space around the user, including precise navigation without GPS, windows into virtual 3D worlds, measurement of spaces, and games that know where they are in the room and what’s around them.

As we mentioned in our previous post, Project Tango Tablet Development Kits will go on sale in the Google Store in Denmark, Finland, France, Germany, Ireland, Italy, Norway, Sweden, Switzerland and the United Kingdom starting August 26.

We have a lot more to share over the coming months! Sign-up for our monthly newsletter to keep up with the latest news. Connect with the 5,000 other developers in our Google+ community. Get help from other developers by using the Project Tango tag in Stack Overflow. See what others are creating on our YouTube channel. And share your story on Twitter with #ProjectTango.

Join us on our journey.

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Thursday, January 5, 2017

The Case of Xamarin – For Cross Platform Mobile development

The Case of Xamarin – For cross-platform Mobile development

As an enterprise mobile developer, at some point, you would be faced with the decision to choose a cross platform development tool. Remain native and manage its challenges (which are elaborated a bit later) or go hybrid with tools like PhoneGap(Based on open-source Apache Cordova) or go with HTML5 and its related libraries?

As you might have guessed, there is certainly no right or wrong answer. The answer depends on what is the problem you are facing or trying to solve when you started looking at a cross-platform development tool.

Most-often, HTML5 based development or hybrid development tools seem to be advocated as the panacea for all problems faced by native development. So, what are the typical problems that continue to haunt if we were to take the native development route for Enterprise Apps? I specifically say “Enterprise” apps and not gaming apps (since gaming apps most often need not have custom UI per platform)

The problems could be of:
·      Managing a large number of code bases – for Android, iOS, Windows, for smartphones, tablets, mini tablets, TVs, including some variations if you are targeting different countries.
·      Adding new features to the many code bases that exist
·      Fixing bugs in each and every code base
·      Testing all the code bases for each feature enhancement or bug fix
·      Ensuring features are in parity in the large number of code bases
·      Giving a standard experience on each of them
In short, the problems are all related to the growing number of code bases each time we target a new device form-factor or platform or country.

HTML5 or hybrid apps could bring down the number of code bases. Infact, they have matured over the years to be able to give most of the features that native apps support.  They are positioned as “write-once-run-anywhere” solutions.

However, one fundamental question you have to ask yourself is whether you are looking for an app with the exact same User-Interface (UI) on Android, iOS, Windows etc.? If you are looking for platform-specific UI paradigms, you will have to do a lot of branching in the code – which very soon can become a nightmare. Your entire view layer code would be filled with branches on platform specific UI!! That certainly was not the intention when you chose a cross-platform tool!!

This may not be too different for the hybrid route too. You also have to deal with the lowest common denominator of the UI features supported by the cross platform tools.  So, if you intend to give native UI feel and features without being stuck with the least common denominator of features for your app and without having to do platform specific coding through “if…else” branches in your code, you must take a look at Xamarin.

Xamarin is the cross-platform tool that has addressed this very problem in a very elegant way!! It makes an assumption or advocates that you develop all the backend pieces of common, non-UI code in a separate layer and you write your platform specific UI in a separate layer.  Considering such a design, Xamarin  gives a complete set of platform specific features to you through the platform specific SDKs. You have the Xamarin.Android and Xamarin.iOS, which give you a 100% support to every feature on their specific platforms. But you also have Xamarin itself with out platform dependencies that can be used to build all the non-UI logic and reuse it across platforms – giving you the advantages of cross platform development but also giving you’re the advantage of native development of UI !! Howzat?!! And since this is developed using C#, you are almost ready to deploy the same code with UI development specific to Windows on Windows mobile as well!! 

Based on my experience in mobile app development, typically about 60% to 705 of the code is non-UI in enterprise apps and that is what lends itself to reuse.

Sure, it is now giving a “write-once-run-anywhere” assurance. It requires you to develop UI specific to platforms. Infact, what can be touted as its biggest limitation – having to develop UI separately for each platform is what I term as THE biggest advantage in enterprise apps that want platform-specific UI but cross-platform development!

Sure, any solution is suitable only considering the problem you are trying to solve. So, take an informed decision J

Check it out at Xamarin.com.


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Reimagining a Founding Father’s discoveries What if Ben Franklin had gone Google



(Cross-posted on the Google for Education Blog.)

Editors note: We’re jumping into our Delorean to explore how some of our favorite historical figures might have worked with Google Apps. Today, on Independence Day, we imagine Benjamin Franklin’s research, discoveries and accomplishments if he had gone Google.

Ben Franklin is often called “The First American.” He was an inventor, entrepreneur, diplomat and scientist, as well as a revolutionary Renaissance man. As true history nerds, we decided to celebrate Independence Day by commemorating our most inventive Founding Father. We asked ourselves: what if Ben Franklin had done some of his prolific work, solving some of life’s greatest quandaries using Google Apps?

In drafting and editing the Declaration of Independence, we imagine he might have used the real-time editing features in Google Docs to collaborate with his fellow committee members, John Adams, Thomas Jefferson, Robert R. Livingston and Roger Sherman. Jefferson wrote most of the first draft and shared it with Franklin and Adams, who added their suggestions — an observer later described the draft as “scored and scratched like a school boy’s exercise.” Franklin could have kept the original intact by using suggested edits and adding comments about his concerns, particularly related to controversial passages that blamed the British people rather than King George III.

Some of the most recognizable lines in the Declaration of Independence were influenced by other documents, namely the Constitution of Virginia and Virginia’s Declaration of Rights. But if while reviewing the new content Franklin needed to verify historical information — for instance, the laws obstructed by the King of Great Britain— he could have used the Research tool to get quick search results without leaving Docs.


To collect all 56 signatures for the Declaration of Independence, Franklin and his peers might have used the DocuSign integration in Google Drive. Although most of the men signed on August 2, 1776, Elbridge Gerry, Oliver Wolcott, Lewis Morris, Thomas McKean and Matthew Thornton actually signed months later. With DocuSign, some of these men could have signed on the same day — Wolcott, for instance, was home in Connecticut due to poor health and missed the formal signing of the declaration. 

As Franklin was a frequent international traveler (he was the first United States Ambassador to France), Apps might have helped him stay in touch with friends and colleagues around the globe. For instance, before he became ambassador, Franklin was in Paris as Commissioner of Congress to the French Court. On the first anniversary of Independence Day in 1777, he hosted a party for expats — and imagine if he could have used Google Hangouts to bring his comrades in America to the celebration over video conference. He couldve shared a virtual toast with George Washington, who gathered a group of patriots in New Jersey, and with revelers enjoying the first annual Fourth of July fireworks on the Philadelphia Commons.

You might not know that Franklin also developed the concept of volunteer fire departments when he was living in Philadelphia. To make volunteering as convenient as possible, he could have asked volunteers to sign up with their home addresses in Google Forms, then used My Maps to lay out all those addresses and assign volunteers to their closest first department.



Franklin appreciated written works, whether others’ or his own. In fact, he developed a lending library to promote equal access to books — a model that later became the public library system. He was also a prolific writer and author of the famous Poor Richard’s Almanack and taught himself French, Italian, Spanish, Latin and German. But he may have used Google Translate within Docs to help translate the Almanack to Slovene. He could have shared library books and his many writings on Drive without worrying about file size, as he’d have access to unlimited storage. He could also have used advanced search within Drive to find files by their type and owner.

Fascinated by storms and electrical currents, Franklin famously discovered that lightning is a form of electricity and invented the lightning rod to protect people and homes from electrocution. He could have recorded his observations about the conductivity of different lengths and shapes of lightning rods using Sheets on his mobile phone, even if he had no Wi-Fi or data signal during a storm. Using offline mode, he’d be able to make updates that would sync as soon as he signed back online.


To educate the public about his lightning rod invention, Franklin could have held town hall meetings and used Chromecast or Airplay to present with Google Slides. He might have used this platform to share his findings on electricity and help others understand his theories and new terms, including terms like “battery,” “charge” and “conductor” that we still use today.


Franklin often looked to the future and sometimes regretted being born too soon. From inventing bifocals to mapping the Gulf Stream, he was certainly ahead of his time. On this Independence Day, we’re proud to celebrate Ben Franklin — a problem-solver who advocated for freedom and equality, and a polymath who promoted the kind of universal knowledge-sharing that inspires us here at Google in the future he helped shape.
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Wednesday, January 4, 2017

Michigan schools redefine the classroom with Google for Education tools

(Cross-posted on the Google for Education Blog.)



Editors note: Educators and administrators across the state tell us that Michigan schools are seeing great success with Google for Education. From bringing a global experience into the classroom to freeing students to learn from each other and their teachers, from anywhere, technology has improved the learning experience for students across the state. To learn more about Google solutions for Education, join us for a webinar on January 28th at 3pm ET / 12pm PT.

If students in Michigan want to learn about life on a farm in New York or a city in Australia, they don’t need to buy a plane ticket or even leave the classroom. Educators in Michigan are bringing global experiences to the classroom using cloud technology, such as Google Apps for Education and Chromebooks. Inspired by how Michigan schools are transforming classroom experiences with technology, we’re highlighting a few success stories in the region.

Turning moments of curiosity into learning opportunities 


At Grand Haven Area Public Schools, Google Apps for Education put student learning, collaboration and feedback at the center of the classroom. Grand Haven has launched 4,500 Chromebooks for students and staff and has deployed 8,400 Google Apps accounts. Before introducing the new tools, when students had a question, they had to wait until a teacher had time to work with them. In classrooms of 20 students or more, many of these teachable moments would simply get lost in the shuffle.

Technology allows those moments of curiosity to turn into learning opportunities for students. With Chromebooks and Google Apps for Education, teachers are able to provide feedback on assignments to each student individually in a single class period. For example, at Grand Haven, students use Google Docs to share their progress on math assignments with their teachers. Math teachers then check-in virtually with each of the students as they’re working on the assignment to provide them with real-time feedback by adding comments in the Doc. The teachers also use Doc’s revision history feature to see the logic students are using to solve the problem, giving them better insight into how students are progressing.

One high school teacher said she was able to give real-time feedback on an assignment to every single student — during a one hour class period — for the first time in fifteen years of teaching. “It’s much more than just handing a student a device,” says Doug Start, instructional technology coordinator at Grand Haven Area Public Schools: “Google Apps for Education lets our teachers move from being the ‘sage on the stage’ to the ’guide on the side,’ as they now have time to work more directly with students.”



Traveling the world from inside the classroom 


Lincoln Park Public School District (case study) considers technology a key part of its mission to prepare and inspire students to achieve educational excellence. Many of the district’s students don’t have access to technology at home, and others struggle with state standardized test questions that are based on the assumption that students have traveled.

To overcome this challenge, the district launched Google Apps for Education for 4,900 students and introduced 4,400 Chromebooks. Students now have unlimited access to global information online. “We now have the ability to bring virtual knowledge into the classroom. The virtual experience opens up the world for our students and allows them to learn more,” says Cheryl Irving, assistant superintendent for Lincoln Park Public School District.

Collaborating with virtual learning 


To provide students with anytime, anywhere learning, Fenton Area Public Schools launched 1,300 Chromebooks and 4,600 Google Apps for Education accounts for students. “Our Google solutions and services are creating new learning spaces that are spontaneous and less constrained,” says Kevin Powers, technology director at Fenton Area Public Schools.

Teachers are providing students with opportunities to work, learn and collaborate anytime, anywhere using technology beyond the classroom walls. For example, they created live after school study groups via Google Hangouts and Docs, as well as virtual book clubs during the summer via Google Groups. The district also used Hangouts to host a CNN Hero of the Year nominee, who spoke to three elementary classrooms at once.

For students and teachers in Michigan, the classroom is now bigger and richer. With Google for Education tools, students and teachers have global opportunities in the classroom and beyond.

Check out more schools’ stories and join us for a webinar on January 28th at 3pm ET / 12pm PT.

We’ve heard great stories from many of you about how you’re using technology to do amazing things in your schools, so were going across the U.S. to see for ourselves! Check out the map below to see where we’ve been. We’d love to hear what’s happening in your state, so please share your story on Twitter or Google+ and tag us (@GoogleForEdu) or include the #GoogleEdu hashtag.

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