Category Archives: Google for Education Blog

The official source for information about Google’s education-related efforts

Code Jam 2017 wraps up with the World Finals in Dublin

The results from this year's Code Jam, Google's largest and toughest programming competition, are in! The contest wrapped up with a two-day World Finals event from August 10-11. After a record-breaking season with more than 60,000 registrants, finalists representing 16 countries traveled to Dublin, Ireland to compete for cash prizes and the title of 2017 World Champion.

The event kicked off with Distributed Code Jam, in which contestants are required to program in a distributed environment (much like the day-to-day of a Google software engineer). While our returning 2015 and 2016 champion, bmerry (Bruce Merry), endeavored to hold onto his spot for another year, the other top 20 Distributed finalists, including Code Jam's reigning three-year champion Gennady.Korotkevich (Gennady Korotkevich), battled for a chance at the $10,000 grand prize. The contest was so tough that no contestant submitted more than six out of the eight possible datasets. In a scintillating finale with numerous close scores, ecnerwala (Andrew He) of the United States swooped in to steal first place, becoming our second-ever Distributed Code Jam Champion.

The action continued the next day with Gennady.Korotkevich and 25 other Code Jammers competing for a $15,000 grand prize and the coveted title of Code Jam Champion. Finalists approached the problem set using techniques such as max flow, dynamic programming, and randomized algorithms; the problems required challenging original insights in addition to algorithmic knowledge, and two of them were so difficult that no contestant solved them completely. After four hours of ferocious coding, during which the leader on the scoreboard changed several times, Gennady.Korotkevich stole the show and took the World Championship for an unprecedented fourth consecutive year in a row! Once the official results were announced, fans of Gennady (or "tourist" as he is known in other programming contests) enthusiastically took to social media to celebrate this record-breaking moment in Code Jam history. You can learn more about this year's problems and analyses, and see other past contests, on our website.

In addition to exclusive competition coverage and features with Code Jam Googlers, the live stream showcased the diversity of teams and people at Google working to make great products across the globe. Whether you've been following since the Qualification Round in April, or are a newcomer to the arena, we hope you'll check out the full recording of the World Finals live stream. We also hope to see you in the 2018 Code Jam and Distributed Code Jam competitions; it's never too early to start practicing for next year!

Source: Education


Code Jam 2017 wraps up with the World Finals in Dublin

The results from this year's Code Jam, Google's largest and toughest programming competition, are in! The contest wrapped up with a two-day World Finals event from August 10-11. After a record-breaking season with more than 60,000 registrants, finalists representing 16 countries traveled to Dublin, Ireland to compete for cash prizes and the title of 2017 World Champion.

The event kicked off with Distributed Code Jam, in which contestants are required to program in a distributed environment (much like the day-to-day of a Google software engineer). While our returning 2015 and 2016 champion, bmerry (Bruce Merry), endeavored to hold onto his spot for another year, the other top 20 Distributed finalists, including Code Jam's reigning three-year champion Gennady.Korotkevich (Gennady Korotkevich), battled for a chance at the $10,000 grand prize. The contest was so tough that no contestant submitted more than six out of the eight possible datasets. In a scintillating finale with numerous close scores, ecnerwala (Andrew He) of the United States swooped in to steal first place, becoming our second-ever Distributed Code Jam Champion.

The action continued the next day with Gennady.Korotkevich and 25 other Code Jammers competing for a $15,000 grand prize and the coveted title of Code Jam Champion. Finalists approached the problem set using techniques such as max flow, dynamic programming, and randomized algorithms; the problems required challenging original insights in addition to algorithmic knowledge, and two of them were so difficult that no contestant solved them completely. After four hours of ferocious coding, during which the leader on the scoreboard changed several times, Gennady.Korotkevich stole the show and took the World Championship for an unprecedented fourth consecutive year in a row! Once the official results were announced, fans of Gennady (or "tourist" as he is known in other programming contests) enthusiastically took to social media to celebrate this record-breaking moment in Code Jam history. You can learn more about this year's problems and analyses, and see other past contests, on our website.

In addition to exclusive competition coverage and features with Code Jam Googlers, the live stream showcased the diversity of teams and people at Google working to make great products across the globe. Whether you've been following since the Qualification Round in April, or are a newcomer to the arena, we hope you'll check out the full recording of the World Finals live stream. We also hope to see you in the 2018 Code Jam and Distributed Code Jam competitions; it's never too early to start practicing for next year!

Source: Education


Helping 4-H equip students with skills they’ll need for the future

The world is changing rapidly, creating new opportunities and careers we can’t yet predict. But even with a lot of unknowns, skills like collaboration, problem solving and technical know-how can be the tools students need to adapt and thrive, no matter what the future holds.

Today, at the Illinois State Fair, where hundreds of 4-H youth are exhibiting projects, we announced our support of 4-H with a $1.5 million Google.org grant to provide students around the country the opportunity to grow future skills through computer science programming like CS First and virtual field trips via Expeditions. 4-H is the United States’ largest youth development organization, with more than 6 million students participating. By supporting this work, we’re excited to see how more kids across the country use technology to achieve their goals and improve their communities.

While there are thousands of 4-H’ers at any state fair this summer, you can find hundreds of 4-H alums within Google—and I had the opportunity to chat with one. Julie Eddleman grew up in Indianapolis, spent 10 years in 4-H, and is now a Senior Director at Google working with some of our largest corporate partners. I talked with Julie about her experience in 4-H and how the skills she learned there continue to help her at Google.  

Jacquelline Fuller: How were you personally involved in 4-H and what did that look like?

1502054885642-d25bfec5-af83-415b-9cdb-f4db29b5e65f_.jpg
Julie at the Illinois State Fair Demonstration competition in 1981 showing judges how to build a terrarium

Julie Eddleman: I started going to 4-H meetings as early as two years old, tagging along with my older sisters. Through 10 years of hands-on projects, we learned anything you can imagine, from rocketry to water conservation. I was a very curious child and couldn’t choose just one subject! When I think back to why I stayed in 4-H so long, I think it was because of the variety of the education styles—there was reading, workshops, hands-on projects, team events and, of course, the competitions filled with ribbons and trophies.

JF: Can you tell us what skills you developed during your time in 4-H and how they’re still helping you in this chapter of your life?

JE: Where do I even start? I think I’d have to point to the skills I didn’t even realize I was learning like leadership, public speaking and problem-solving. When I’m talking to students visiting Google’s campus, my team at work, or even just my kids at home, I always talk about about developing these skills, and remember 4-H as being the first place I practiced them. 4-H even taught me how to write a check, pay our 4-H Club’s bills and balance a checkbook at the age of 11!

JF: Let’s talk more about the technical skills you learned; you mentioned rocketry and computer classes. Why do you think these are important skills for students?

JE: Coding and basic technology skills are a must for the next generation. I have five children, ages 11-31, and they all use technology every day—from video games to social media to coding puzzles. The combination of understanding tech, and working with diverse people has helped me find different ways to approach or solve a problem. These skills are critically important in any career, from agriculture to computer programming to fashion design.

Looking ahead

It’s hard to imagine that there are 6 million students around the U.S. with stories similar to Julie. And regardless of where they come from, 97 percent (across urban, suburban, rural, small city communities) think computer science can be used in many kinds of jobs—from agricultural science to fashion to engineers. We’re excited to support 4-H to help make sure that students across the country have more opportunities to build their technical skills, confidence and leadership.

Source: Education


Helping 4-H equip students with skills they’ll need for the future

The world is changing rapidly, creating new opportunities and careers we can’t yet predict. But even with a lot of unknowns, skills like collaboration, problem solving and technical know-how can be the tools students need to adapt and thrive, no matter what the future holds.

Today, at the Illinois State Fair, where hundreds of 4-H youth are exhibiting projects, we announced our support of 4-H with a $1.5 million Google.org grant to provide students around the country the opportunity to grow future skills through computer science programming like CS First and virtual field trips via Expeditions. 4-H is the United States’ largest youth development organization, with more than 6 million students participating. By supporting this work, we’re excited to see how more kids across the country use technology to achieve their goals and improve their communities.

While there are thousands of 4-H’ers at any state fair this summer, you can find hundreds of 4-H alums within Google—and I had the opportunity to chat with one. Julie Eddleman grew up in Indianapolis, spent 10 years in 4-H, and is now a Senior Director at Google working with some of our largest corporate partners. I talked with Julie about her experience in 4-H and how the skills she learned there continue to help her at Google.  

Jacquelline Fuller: How were you personally involved in 4-H and what did that look like?

1502054885642-d25bfec5-af83-415b-9cdb-f4db29b5e65f_.jpg
Julie at the Illinois State Fair Demonstration competition in 1981 showing judges how to build a terrarium

Julie Eddleman: I started going to 4-H meetings as early as two years old, tagging along with my older sisters. Through 10 years of hands-on projects, we learned anything you can imagine, from rocketry to water conservation. I was a very curious child and couldn’t choose just one subject! When I think back to why I stayed in 4-H so long, I think it was because of the variety of the education styles—there was reading, workshops, hands-on projects, team events and, of course, the competitions filled with ribbons and trophies.

JF: Can you tell us what skills you developed during your time in 4-H and how they’re still helping you in this chapter of your life?

JE: Where do I even start? I think I’d have to point to the skills I didn’t even realize I was learning like leadership, public speaking and problem-solving. When I’m talking to students visiting Google’s campus, my team at work, or even just my kids at home, I always talk about about developing these skills, and remember 4-H as being the first place I practiced them. 4-H even taught me how to write a check, pay our 4-H Club’s bills and balance a checkbook at the age of 11!

JF: Let’s talk more about the technical skills you learned; you mentioned rocketry and computer classes. Why do you think these are important skills for students?

JE: Coding and basic technology skills are a must for the next generation. I have five children, ages 11-31, and they all use technology every day—from video games to social media to coding puzzles. The combination of understanding tech, and working with diverse people has helped me find different ways to approach or solve a problem. These skills are critically important in any career, from agriculture to computer programming to fashion design.

Looking ahead

It’s hard to imagine that there are 6 million students around the U.S. with stories similar to Julie. And regardless of where they come from, 97 percent (across urban, suburban, rural, small city communities) think computer science can be used in many kinds of jobs—from agricultural science to fashion to engineers. We’re excited to support 4-H to help make sure that students across the country have more opportunities to build their technical skills, confidence and leadership.

Source: Education


“A whole new world” of ideas at the Technovation Challenge

“Programming opens new horizons. It gives me full space to [create things] I couldn’t even imagine.” These are the words of Diana Zhanakbayeva, a young woman from Kazakhstan who, along with three classmates, just took home the top prize at an international coding challenge.

Great ideas can come from anywhere and from anyone. That’s what’s behind the 2017 Technovation Challenge,  run by nonprofit Iridescent, announced last fall in partnership with Google’s Made with Code and UN Women to offer young women from around the world the chance to code an app that solves a real-world challenge. More than 11,000 girls from 103 countries formed teams to address issues in those categories: peace, poverty, environment, equality, education, and health. This week, the finalists traveled to Google’s headquarters in Mountain View to pitch their ideas to a panel of tech leaders and other experts. And tonight, in front of 900+ supporters, educators, mentors and past participants, the four girls behind a safety app called QamCare were crowned the winner of the Senior Division.

20170809_GGL076_0317.jpg
The 2017 Technovation Challenge Senior Division Finalists

To girls around the world who participated in the Challenge, or who are considering a career in computer science, or any field: we believe you should be encouraged and empowered to become the coders, entrepreneurs and inventors that shape the world around you. We will never stop working to create an industry and environment in which women feel welcome and can thrive.

Meet the girls behind QamCare, and the other finalist teams:

QamCare (Peace)

Aruzhan Koshkarova, Azhar Sultansikh, Dianna Zhanakbayeva, Diyara Beisenbekova

“QamCare” comes from the Kazakh word-Qamqor, which stands for care and support. The team behind this winning app describes it as a “potential life-saving tool,” which can be used in case of emergency to provide your location information to your contacts. With the press of a button, you can alert trusted friends and family via SMS. Azhar Sultansikh says the app is designed to give people “peace of mind.”

Sundar selfie
Google CEO Sundar Pichai takes a selfie with members of the winning team behind QamCare

QamCare’s creators describe a number of other hobbies and interests beyond CS: Diana Zhanakbayeva has dabbled in fashion and creating YouTube videos; Aruzhan Koshkarova says she used the cognitive skills learned from playing chess to work in programming; Azhar’s first loyalty is to art; and Diyara Beisenbekova is interested in medicine and chemistry. But all share a motivation to keep learning—and making a difference. Aruzhan says that the team was inspired to participate in the Challenge to “make change in [her] community” and for “women’s empowerment”—hoping to blaze the trail for more young Kazakh women to participate in science and tech.

One Step Ahead (Education)

Aghavni Hakobyan, Sona Avetisyan, Svetlana Davtyan, Violeta Mkrtchyan, Vardanush Nazaretyan

When a deaf classmate visited their school, this team of five girls from Karbi, Armenia, came up with the idea for an app to help people learn Armenian Sign Language using videos of sign gestures. The One Step Ahead team demonstrates how experiences like Technovation can inspire young people to pursue a wide variety of career paths. While Aghavni Hakobyan, 17, says that the program inspired her to want to become a programmer, her teammate Sona Avetisyan, 16,  wants to become a doctor to “help with hearing loss problems and help people communicate.”

PregCare (Health)

Aamanat Kang, Anoushka Bhalla, Mehak Joshi, Priyaja Bakshi, Vanshika Baijal

The PregCare team, in India, created an app that provides pregnant women, especially those in rural areas, with healthcare information, even offering alerts for appointments; it also connects women with donors and other organizations. Aamanat Kang says of the challenge, “The interesting part of technology is its ability to change and evolve in the blink of an eye. What keeps me hooked on to computers is that we do not know what to expect in the world of technology tomorrow or 10 years from now.“

Go WaCo (Environment)

Aida Khamiyeva Ardakkyzy, Arlana Yessenbayeva, Askar Zhibek Askarkyzy, Diana Zhanakbayeva

In Almaty, Kazakhstan, a city of more than 1.5 million people, only 2 percent of waste is recycled, with the remaining 98 percent going to landfills. The four girls behind Go WaCo (short for “Go, Waste Conscious”) wanted to come up with a way to encourage people to recycle, so they created an app that challenges students from different schools to participate in recycling competitions and compete for rewards. Arlana Yessenbayeva, 16, says of the project: “Go WaCo is my first big step in changing this world for the better. In the future I want to connect people, inspire them to invent, share, and solve the world's problems.”

iCut (Equality)

Ivy Akinyi, Macrine Akinyi, Purity Achieng, Stacy Dina Owino, Cynthia Awuor

Female genital mutilation (FGM) has been banned in Kenya since 2011, but in many areas of the country it continues to be practiced. The iCut app is designed to provide a platform for people to report cases of FGM, as well as for victims to seek help. Several of the girls behind iCut described how coding helped them discover new kinds of potential: Stacy Dina, 17, says “When my mentor ... introduced programming to us, I was elated. [I] felt empowered.“ Synthia Awuor, 17, adds: “Joining [Technovation] opened my eyes to a whole new world.”  

Wishcraft (Poverty)

Jigisha Kamal, Krithika Sunil, Rida Shafeek

Our second team from India designed an Android app that lets donors fulfill “wishes” for underserved children. Nonprofits or charitable trusts who work on children’s issues can upload three wishes for each child, which donors can select from to provide the amount quoted for each gift. The idea is to “bring a little joy into [children’s] everyday lives through donations in the form of gifts,” as Jigisha Kamal puts it. Rida Shafeek, 17, says of their app, “It was a chance to make a change… to provide opportunities to underprivileged kids to embrace every bit of their childhood and to provide a door to a better future.”

The projects we saw this week demonstrate that code is a potent tool to create change—and show that there is a generation of young people eager to wield it. We’re inspired by the energy and enthusiasm we saw at the Technovation Challenge—and excited to continue to help more future leaders make a difference through technology.

Source: Education


“A whole new world” of ideas at the Technovation Challenge

“Programming opens new horizons. It gives me full space to [create things] I couldn’t even imagine.” These are the words of Diana Zhanakbayeva, a young woman from Kazakhstan who, along with three classmates, just took home the top prize at an international coding challenge.

Great ideas can come from anywhere and from anyone. That’s what’s behind the 2017 Technovation Challenge,  run by nonprofit Iridescent, announced last fall in partnership with Google’s Made with Code and UN Women to offer young women from around the world the chance to code an app that solves a real-world challenge. More than 11,000 girls from 103 countries formed teams to address issues in those categories: peace, poverty, environment, equality, education, and health. This week, the finalists traveled to Google’s headquarters in Mountain View to pitch their ideas to a panel of tech leaders and other experts. And tonight, in front of 900+ supporters, educators, mentors and past participants, the four girls behind a safety app called QamCare were crowned the winner of the Senior Division.

20170809_GGL076_0317.jpg
The 2017 Technovation Challenge Senior Division Finalists

To girls around the world who participated in the Challenge, or who are considering a career in computer science, or any field: we believe you should be encouraged and empowered to become the coders, entrepreneurs and inventors that shape the world around you. We will never stop working to create an industry and environment in which women feel welcome and can thrive.

Meet the girls behind QamCare, and the other finalist teams:

QamCare (Peace)

Aruzhan Koshkarova, Azhar Sultansikh, Dianna Zhanakbayeva, Diyara Beisenbekova

“QamCare” comes from the Kazakh word-Qamqor, which stands for care and support. The team behind this winning app describes it as a “potential life-saving tool,” which can be used in case of emergency to provide your location information to your contacts. With the press of a button, you can alert trusted friends and family via SMS. Azhar Sultansikh says the app is designed to give people “peace of mind.”

Sundar selfie
Google CEO Sundar Pichai takes a selfie with members of the winning team behind QamCare

QamCare’s creators describe a number of other hobbies and interests beyond CS: Diana Zhanakbayeva has dabbled in fashion and creating YouTube videos; Aruzhan Koshkarova says she used the cognitive skills learned from playing chess to work in programming; Azhar’s first loyalty is to art; and Diyara Beisenbekova is interested in medicine and chemistry. But all share a motivation to keep learning—and making a difference. Aruzhan says that the team was inspired to participate in the Challenge to “make change in [her] community” and for “women’s empowerment”—hoping to blaze the trail for more young Kazakh women to participate in science and tech.

One Step Ahead (Education)

Aghavni Hakobyan, Sona Avetisyan, Svetlana Davtyan, Violeta Mkrtchyan, Vardanush Nazaretyan

When a deaf classmate visited their school, this team of five girls from Karbi, Armenia, came up with the idea for an app to help people learn Armenian Sign Language using videos of sign gestures. The One Step Ahead team demonstrates how experiences like Technovation can inspire young people to pursue a wide variety of career paths. While Aghavni Hakobyan, 17, says that the program inspired her to want to become a programmer, her teammate Sona Avetisyan, 16,  wants to become a doctor to “help with hearing loss problems and help people communicate.”

PregCare (Health)

Aamanat Kang, Anoushka Bhalla, Mehak Joshi, Priyaja Bakshi, Vanshika Baijal

The PregCare team, in India, created an app that provides pregnant women, especially those in rural areas, with healthcare information, even offering alerts for appointments; it also connects women with donors and other organizations. Aamanat Kang says of the challenge, “The interesting part of technology is its ability to change and evolve in the blink of an eye. What keeps me hooked on to computers is that we do not know what to expect in the world of technology tomorrow or 10 years from now.“

Go WaCo (Environment)

Aida Khamiyeva Ardakkyzy, Arlana Yessenbayeva, Askar Zhibek Askarkyzy, Diana Zhanakbayeva

In Almaty, Kazakhstan, a city of more than 1.5 million people, only 2 percent of waste is recycled, with the remaining 98 percent going to landfills. The four girls behind Go WaCo (short for “Go, Waste Conscious”) wanted to come up with a way to encourage people to recycle, so they created an app that challenges students from different schools to participate in recycling competitions and compete for rewards. Arlana Yessenbayeva, 16, says of the project: “Go WaCo is my first big step in changing this world for the better. In the future I want to connect people, inspire them to invent, share, and solve the world's problems.”

iCut (Equality)

Ivy Akinyi, Macrine Akinyi, Purity Achieng, Stacy Dina Owino, Cynthia Awuor

Female genital mutilation (FGM) has been banned in Kenya since 2011, but in many areas of the country it continues to be practiced. The iCut app is designed to provide a platform for people to report cases of FGM, as well as for victims to seek help. Several of the girls behind iCut described how coding helped them discover new kinds of potential: Stacy Dina, 17, says “When my mentor ... introduced programming to us, I was elated. [I] felt empowered.“ Synthia Awuor, 17, adds: “Joining [Technovation] opened my eyes to a whole new world.”  

Wishcraft (Poverty)

Jigisha Kamal, Krithika Sunil, Rida Shafeek

Our second team from India designed an Android app that lets donors fulfill “wishes” for underserved children. Nonprofits or charitable trusts who work on children’s issues can upload three wishes for each child, which donors can select from to provide the amount quoted for each gift. The idea is to “bring a little joy into [children’s] everyday lives through donations in the form of gifts,” as Jigisha Kamal puts it. Rida Shafeek, 17, says of their app, “It was a chance to make a change… to provide opportunities to underprivileged kids to embrace every bit of their childhood and to provide a door to a better future.”

The projects we saw this week demonstrate that code is a potent tool to create change—and show that there is a generation of young people eager to wield it. We’re inspired by the energy and enthusiasm we saw at the Technovation Challenge—and excited to continue to help more future leaders make a difference through technology.

Source: Education


Welcome to your first day of Classroom

We launched Google Classroom in 2014 to help teachers save time, organize classes, and improve communication with students. Since then, educators around the globe have helped teach their peers how to use Classroom. There’s been such an outpouring of instructional videos, blogs and resources, we’ve curated some of our favorites into a new collection called #FirstDayofClassroom.

#FirstDayofClassroom is designed around a simple premise: When teachers need help, they don’t need to look any further than their fellow teachers.

On the hub, you’ll find short tutorials explaining how to get started with Classroom, teacher-created videos on best practices, as well as teacher-tested tips. Want a hard copy? Printable resources, including a Getting Started guide and Group Study guide, are available on the hub for teachers to use right at their desks. It’s like being in your school’s teachers’ lounge or at a collaborative professional development event—except it’s all online.

Teachers have questions. Teachers have answers.

For every teacher ready to use Classroom, there’s a teacher ready to help. Here are just a few examples of the tips from teachers on the resource hub:

  • Lindy Hockenbary, Digital Learning Coach, stays organized by adding class resources to the materials section of the “About” tab.
  • Katie Nieves, Special Education ELA Teacher, personalizes learning by providing different projects and resources when posting an assignment.
  • Jessica Levine, Instructional Technologist, builds relationships between home and school by connecting parents and guardians to their student’s class through guardian email summaries.

We’re also organizing five interactive YouTube live sessions hosted by educators who will help you get started with Classroom. Add a session to your calendar today to join in on the training.

Join the #FirstDayofClassroom community

#FirstDayofClassroom is about expanding the community of teachers dedicated to improving the day-to-day efficiency of teaching. Whether you’re a Classroom pro or have a tried-and-true trick, help your fellow teachers by sharing your favorite tips, resources and tutorials on social media using the hashtag #FirstDayofClassroom. Then, stay tuned on Twitter where we’ll share our favorites throughout the back to school season.

Ready to get started? Visit the hub today and get all the information you need to set up your first class in no time.

Source: Education


10 ways we’re making Classroom and Forms easier for teachers this school year

We’ve seen educators do incredible things with G Suite for Education tools: creatively teach classroom material, collaborate with students, and design innovative assignments to achieve meaningful outcomes. Classroom is a useful tool for teachers, and since it launched three years ago, students have submitted more than 1 billion assignments.

This year, we’re sending teachers back to school with updates designed to help them do what they do best—teach. Today, we’re announcing 10 updates to Google Classroom and Google Forms to help teachers save time and stay organized.

SingleView-blog.gif

  1. Single view of student work: To help teachers track individual student progress, we’ve created a dedicated page for each student in Classroom that shows all of their work in a class. With this new view, teachers and students can see the status of every assignment, and can use filters to see assigned work, missing work, or returned and graded work. Teachers and students can use this information to make personalized learning decisions that help students set goals and build skills that will serve them in the future.

  2. Reorder classes: Teachers can now order their classes to organize them based on daily schedule, workload priorities or however will help them keep organized throughout the school year. And students can use this feature too. "For teachers and students, organization is important, and being able to reorder class cards allows us to keep our classes organized in a simple and personalized way," notes Ross Berman, a 7th and 8th grade math teacher. "Students can move classes around so that the first thing they see is the class they know they have work for coming up."

  3. Decimal grading: As teachers know, grading is often more complicated than a simple point value. To be as accurate with feedback as possible, educators can now use decimal points when grading assignments in Google Classroom.

  4. Transfer class ownership: Things can change a lot over the summer, including who’s teaching which class. Now, admins and teachers can transfer ownership of Google Classroom classes to other teachers, without the need to recreate the class. The new class owner can get up to speed quickly with a complete view of past student work and resources in Drive.

  5. Add profile picture on mobile: Today’s users log a lot of hours on their phones. Soon, teachers and students will be able to make changes to their Classroom mobile profiles directly from their mobile devices too, including changing their profile picture from the Google Classroom mobile app. Ready the selfies!

  6. Provision classes with School Directory Sync: Google School Directory Sync now supports syncing Google Classroom classes from your student or management information system using IMS OneRoster CSV files. Admins can save teachers and students time by handling class setup before the opening bell.

  7. New Classroom integrations: Apps that integrate with Classroom offer educators a seamless experience, and allow them to easily share information between Classroom and other tools they love. Please welcome the newest A+ apps to the #withClassroom family: Quizizz, Edcite, Kami and coming soon, Code.org.

  8. Display class code: Joining Google Classroom classes is easier than ever thanks to this new update. Teachers can now display their class code in full screen so students can quickly join new classes.

  9. Sneak Peek! Import Google Forms Quiz scores into Classroom: Using Quizzes in Google Forms allows educators to take real-time assessments of students’ understanding of a topic. Soon, teachers will be able to import grades from Quizzes directly into Google Classroom.

  10. Add feedback in question-by-question grading in Quizzes: More than test grades, meaningful feedback can improve learning. At ISTE this year, we launched question-by-question grading in Quizzes in Google Forms to help teachers save time by batch grading assessments. We’re taking it one step further and now, teachers will have the option to add feedback as well.

As educators head back to school, we want our newest Classroom teachers to get the most out of their experience. In the coming weeks, we’ll be launching a new resource hub to help teachers get set up on their first day of Classroom. If you’re already a Classroom pro, help your fellow teachers by sharing your favorite Classroom tips, tricks, resources and tutorials on social media using the hashtag #FirstDayofClassroom. Stay tuned on Twitter this Back to School season for more.

From all of us here at Google, we wish you a successful start to the school year! We hope these Google Classroom and Forms updates help you save time, stay organized and most importantly, teach effectively during back to school and beyond.

Source: Education


10 ways we’re making Classroom and Forms easier for teachers this school year

We’ve seen educators do incredible things with G Suite for Education tools: creatively teach classroom material, collaborate with students, and design innovative assignments to achieve meaningful outcomes. Classroom is a useful tool for teachers, and since it launched three years ago, students have submitted more than 1 billion assignments.

This year, we’re sending teachers back to school with updates designed to help them do what they do best—teach. Today, we’re announcing 10 updates to Google Classroom and Google Forms to help teachers save time and stay organized.

SingleView-blog.gif

  1. Single view of student work: To help teachers track individual student progress, we’ve created a dedicated page for each student in Classroom that shows all of their work in a class. With this new view, teachers and students can see the status of every assignment, and can use filters to see assigned work, missing work, or returned and graded work. Teachers and students can use this information to make personalized learning decisions that help students set goals and build skills that will serve them in the future.

  2. Reorder classes: Teachers can now order their classes to organize them based on daily schedule, workload priorities or however will help them keep organized throughout the school year. And students can use this feature too. "For teachers and students, organization is important, and being able to reorder class cards allows us to keep our classes organized in a simple and personalized way," notes Ross Berman, a 7th and 8th grade math teacher. "Students can move classes around so that the first thing they see is the class they know they have work for coming up."

  3. Decimal grading: As teachers know, grading is often more complicated than a simple point value. To be as accurate with feedback as possible, educators can now use decimal points when grading assignments in Google Classroom.

  4. Transfer class ownership: Things can change a lot over the summer, including who’s teaching which class. Now, admins and teachers can transfer ownership of Google Classroom classes to other teachers, without the need to recreate the class. The new class owner can get up to speed quickly with a complete view of past student work and resources in Drive.

  5. Add profile picture on mobile: Today’s users log a lot of hours on their phones. Soon, teachers and students will be able to make changes to their Classroom mobile profiles directly from their mobile devices too, including changing their profile picture from the Google Classroom mobile app. Ready the selfies!

  6. Provision classes with School Directory Sync: Google School Directory Sync now supports syncing Google Classroom classes from your student or management information system using IMS OneRoster CSV files. Admins can save teachers and students time by handling class setup before the opening bell.

  7. New Classroom integrations: Apps that integrate with Classroom offer educators a seamless experience, and allow them to easily share information between Classroom and other tools they love. Please welcome the newest A+ apps to the #withClassroom family: Quizizz, Edcite, Kami and coming soon, Code.org.

  8. Display class code: Joining Google Classroom classes is easier than ever thanks to this new update. Teachers can now display their class code in full screen so students can quickly join new classes.

  9. Sneak Peek! Import Google Forms Quiz scores into Classroom: Using Quizzes in Google Forms allows educators to take real-time assessments of students’ understanding of a topic. Soon, teachers will be able to import grades from Quizzes directly into Google Classroom.

  10. Add feedback in question-by-question grading in Quizzes: More than test grades, meaningful feedback can improve learning. At ISTE this year, we launched question-by-question grading in Quizzes in Google Forms to help teachers save time by batch grading assessments. We’re taking it one step further and now, teachers will have the option to add feedback as well.

As educators head back to school, we want our newest Classroom teachers to get the most out of their experience. In the coming weeks, we’ll be launching a new resource hub to help teachers get set up on their first day of Classroom. If you’re already a Classroom pro, help your fellow teachers by sharing your favorite Classroom tips, tricks, resources and tutorials on social media using the hashtag #FirstDayofClassroom. Stay tuned on Twitter this Back to School season for more.

From all of us here at Google, we wish you a successful start to the school year! We hope these Google Classroom and Forms updates help you save time, stay organized and most importantly, teach effectively during back to school and beyond.

Source: Education


The Dynamic Learning Project: helping deliver on the promise of tech in the classroom

When it comes to schools, bridging the “digital divide” means more than providing access. While that gap isn’t yet closed, there’s another emerging equity imbalance that goes beyond computers or connectivity. This “second-level digital divide” is fueled by major differences in how effectively that technology is being used for teaching and learning. And it’s especially pronounced in low-income schools, where teachers face a significant disadvantage when it comes to training and professional development. Closing this divide means equipping educators with the skills and tools they need to effectively integrate technology in their classrooms. That’s why we’re launching the Dynamic Learning Project, a new pilot that’s part of our ongoing commitment to ensure that the benefits of technology are truly reaching every classroom.

Research suggests that coaching has a positive impact on teacher practices and student outcomes. So to start, we’re providing a $6.5 million grant to Digital Promise through Google.org in order to launch a pilot that will support full-time coaches at 50 underserved middle schools in five diverse regions across the U.S. These coaches will provide personalized support to help educators learn about technology and use it in their classroom in transformative ways. To set schools up for success, each will receive mentoring support and ongoing professional development from experts at EdTech Team. They’ll also participate in a community of practice with other participating schools, allowing them to share their learnings and expand their professional networks.

Digital Promise selected this first cohort of 50 U.S. middle schools based on need (determined by percentage of students eligible for free and reduced lunch), existing infrastructure (without requiring any specific type or brand of technology), and innovative leadership committed to helping their teachers succeed. They’ll work with these schools throughout the year, helping the coaches and principals to better harness technology in the classroom.

For years, we’ve worked hard to help more classrooms access technology, and we’re proud that our products are helping millions of teachers and students do incredible things. But we’ve also seen that access to technology on its own is not enough. Making our products free or affordable doesn’t make usage truly equitable, and quality training is critical to ensure that technology is used in effective and meaningful ways. Through coaching, training and support, we’re aiming to empower teachers to further improve student learning outcomes through technology.

While technology alone will not fix or improve education, in the hands of educators who know how to use it, it can be a powerful part of the solution. This pilot is only the very beginning of our work ahead, and we’re eager to see what we will learn and understand how we can help reach even more classrooms in the future.

Source: Education