Category Archives: Google for Education Blog

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

Developing mobile apps with the Android Basics Nanodegree

When empowered with the right CS skills, we believe that each person can use technology to accelerate change towards a better world that they envision. So in partnership with Udacity, we’re launching the Android Basics Nanodegree: a free online curriculum for building basic Android apps. No previous programming experience required. Anyone —of any skill level— can access the content, take it at their own pace, and learn how to create Android apps. All of the individual courses that make up this Nanodegree are available at no charge at udacity.com/google

Included in this launch is the Android Basics Facilitator’s Guide, which is an instruction manual that enables students, parents, and teachers to conduct in-person study groups via a blended learning model. This guide can be used in a variety of formats, adjusted for style or preference. Facilitators can vary the number of days, the length, the specific topics taught and more.

Curriculum

The curriculum offers a step-by-step approach on building several different types of Android apps. Through a “just-in-time” approach, students are actively exposed to fundamental computer science concepts, continuously learning as they build more complex apps. Along the way, students become familiar with the Java programming language — from variables and data types to more advanced object-oriented principles, HTTP networking concepts, and how to store data in a SQLite database.

Students can immediately start building layouts for Android apps using the XML language. They use Android Studio, the same official tool that professional Android developers use to write their apps. Students learn important software development skills such as how to identify and fix unexpected issues, read code for an existing app, and how to search for information on their own. They will also hear from professional developers, who are applying the same concepts from the classroom to popular apps like Google Play and Gmail.

Through each of the 6 courses, students gain first-hand experience by building apps designed for real-world experiences like placing orders in a coffee shop, tracking pets in a shelter, teaching vocabulary words from the Native American Miwok tribe, or reporting recent earthquakes in the world. By the end, students will have built an entire portfolio of apps to share that show off all their hard work.
Android Basics_2.png

Upon completing the Android Basics Nanodegree, students can continue learning with the Career-track Android Nanodegree (for intermediate developers). The first 50 participants to finish the Android Basics Nanodegree have a chance to win a scholarship for the Career-track Android Nanodegree. Additional details and eligibility requirements can be found here.

Students

Students can enroll in the individual courses here. We recommend signing up with friends and classmates, to create a support group for sharing work and asking questions. In addition, students can sign up for the full Nanodegree on Udacity to gain access to coaches who can help them stay on track, provide career counseling and guidance on their projects. They can receive a certificate upon completion for a fee.

Students who have gone through the course are building incredible apps that put their new skills to work. For example, Arpy Vanyan created the "ROP Tutorial" app to raise awareness of a potentially blinding eye disorder called Retinopathy of Prematurity that can affect newborn babies.
Android Basics_1.png
The ROP Tutorial app, created by student Arpy Vanyan, raises awareness of Retinopathy of Prematurity in newborns

Or Fadli Wilihandarwo who built “Pasienia,” an app connecting patients with the same disease in order to offer support and open communication.

Pasienia.png
Pasienia is a health support group app, created by student Fadli Wilihandarwo


Parents and Guardians 

Android development can be also be a fun family activity, with parents learning right alongside their children. But even if parents or guardians don’t have a background - or prior interest - in this topic, research shows that their encouragement can help motivate children to continue persisting through the course.


Meet Wendy Bravo and her 11-year-old daughter Katia. They started taking the Android Basics courses together, which sparked Katia’s desire to learn more about programming. It was difficult to find local in-person STEM courses for Katia’s age, but with the Android Basics courses, she and her mother were both able to learn.

Teachers and Sponsors
Teachers who want to inspire their students to learn CS through Android app development can use the online videos in their classroom to supplement existing lesson plans. Suggestions for in-person classroom activities to complement the online coursework are included in the facilitator’s guide, along with methods of adjusting the format. Teachers can also sponsor study groups during or after school to encourage students to complete the course content together.

Check out the curriculum or enroll in the Android Basics Nanodegree program. With this complete learning path, you can teach yourself to become a technology entrepreneur, and best yet, build cool Android apps for yourself, your community, and even the world.

Source: Education


Developing mobile apps with the Android Basics Nanodegree



When empowered with the right CS skills, we believe that each person can use technology to accelerate change towards a better world that they envision. So in partnership with Udacity, we’re launching the Android Basics Nanodegree: a free online curriculum for building basic Android apps. No previous programming experience required. Anyone —of any skill level— can access the content, take it at their own pace, and learn how to create Android apps. All of the individual courses that make up this Nanodegree are available at no charge at udacity.com/google.

Included in this launch is the Android Basics Facilitator’s Guide, which is an instruction manual that enables students, parents, and teachers to conduct in-person study groups via a blended learning model. This guide can be used in a variety of formats, adjusted for style or preference. Facilitators can vary the number of days, the length, the specific topics taught and more.

Curriculum
The curriculum offers a step-by-step approach on building several different types of Android apps. Through a “just-in-time” approach, students are actively exposed to fundamental computer science concepts, continuously learning as they build more complex apps. Along the way, students become familiar with the Java programming language — from variables and data types to more advanced object-oriented principles, HTTP networking concepts, and how to store data in a SQLite database.

Students can immediately start building layouts for Android apps using the XML language. They use Android Studio, the same official tool that professional Android developers use to write their apps. Students learn important software development skills such as how to identify and fix unexpected issues, read code for an existing app, and how to search for information on their own. They will also hear from professional developers, who are applying the same concepts from the classroom to popular apps like Google Play and Gmail.

Through each of the 6 courses, students gain first-hand experience by building apps designed for real-world experiences like placing orders in a coffee shop, tracking pets in a shelter, teaching vocabulary words from the Native American Miwok tribe, or reporting recent earthquakes in the world. By the end, students will have built an entire portfolio of apps to share that show off all their hard work.
Upon completing the Android Basics Nanodegree, students can continue learning with the Career-track Android Nanodegree (for intermediate developers). The first 50 participants to finish the Android Basics Nanodegree have a chance to win a scholarship for the Career-track Android Nanodegree. Additional details and eligibility requirements can be found here.

Students
Students can enroll in the individual courses here. We recommend signing up with friends and classmates, to create a support group for sharing work and asking questions. In addition, students can sign up for the full Nanodegree on Udacity to gain access to coaches who can help them stay on track, provide career counseling and guidance on their projects. They can receive a certificate upon completion for a fee.

Students who have gone through the course are building incredible apps that put their new skills to work. For example, Arpy Vanyan created the "ROP Tutorial" app to raise awareness of a potentially blinding eye disorder called Retinopathy of Prematurity that can affect newborn babies.
The ROP Tutorial app, created by student Arpy Vanyan, raises awareness of Retinopathy of Prematurity in newborns
Or Fadli Wilihandarwo who built “Pasienia,” an app connecting patients with the same disease in order to offer support and open communication.
Paisienia is a health support group app, created by student Fadli Wilihandarwo
Parents and Guardians 
Android development can be also be a fun family activity, with parents learning right alongside their children. But even if parents or guardians don’t have a background - or prior interest - in this topic, research shows that their encouragement can help motivate children to continue persisting through the course.

Meet Wendy Bravo and her 11-year-old daughter Katia. They started taking the Android Basics courses together, which sparked Katia’s desire to learn more about programming. It was difficult to find local in-person STEM courses for Katia’s age, but with the Android Basics courses, she and her mother were both able to learn.

Teachers and Sponsors
Teachers who want to inspire their students to learn CS through Android app development can use the online videos in their classroom to supplement existing lesson plans. Suggestions for in-person classroom activities to complement the online coursework are included in the facilitator’s guide, along with methods of adjusting the format. Teachers can also sponsor study groups during or after school to encourage students to complete the course content together.

Check out the curriculum or enroll in the Android Basics Nanodegree program. With this complete learning path, you can teach yourself to become a technology entrepreneur, and best yet, build cool Android apps for yourself, your community, and even the world.

Announcing Google Cloud Platform Education Grants for computer science

While university students are on their summer holidays, internships or jobs, their professors are already hard at work planning for fall courses. These course maps will be at the center of student learning, research and academic growth. Google was founded on the basis of the work that Larry and Sergey did as computer science students at Stanford, and we understand the critical role that teachers play in fostering and inspiring the innovation we see today and will see in the years to come. That’s why we’re excited to offer Google Cloud Platform Education Grants for computer science

Starting today, university faculty in the United States who teach courses in computer science or related subjects can apply for free credits for their students to use across the full suite of Google Cloud Platform tools, like App Engine and the Cloud Machine Learning Platform. These credits can be used any time during the 2016-17 academic year and give students access to the same tools and infrastructure used by Google engineers.
GCP_logo_vertical_rgb.png
Students like Duke University undergrad Brittany Wenger are already taking advantage of cloud computing. After watching several women in her family suffer from breast cancer, Brittany used her knowledge of artificial intelligence to create Cloud4Cancer, an artificial neural network built on top of Google App Engine. By analyzing uploaded scans of benign and malignant breast cancer tumors, Cloud4Cancer has learned to distinguish between healthy and unhealthy tissue. It’s providing health care professionals with a powerful diagnostic tool in the fight against cancer.

Google Cloud Platform offers a range of tools and services that are unique among cloud providers. The tool that Brittany used -- Google App Engine -- lets you simply build and run an application without having to configure custom infrastructure. Our Machine Learning platform allows you to build models for any type of data, at any size, and TensorFlow provides access to an open-source public software library (tinker with that extensive data here). Students will also be able to get their hands on one of Cloud Platform’s most popular new innovations: the Cloud Vision API, which allows you to incorporate Google’s state-of-the-art image recognition capabilities into the most basic web or mobile app.

We look forward to seeing the creative ways that computer science students will use their Google Cloud Platform Education Grants, and will share stories along the way on this blog.

Computer science faculty in the United States can apply here for Education Grants. Students and others interested in Cloud Platform for Higher Education, should complete this form to register and stay up to date with the latest from Cloud Platform. For more information on Cloud Platform and its uses for higher education, visit our Google Cloud Platform for Higher Education site.

Source: Education


Announcing Google Cloud Platform Education Grants for computer science



While university students are on their summer holidays, internships or jobs, their professors are already hard at work planning for fall courses. These course maps will be at the center of student learning, research and academic growth. Google was founded on the basis of the work that Larry and Sergey did as computer science students at Stanford, and we understand the critical role that teachers play in fostering and inspiring the innovation we see today and will see in the years to come. That’s why we’re excited to offer Google Cloud Platform Education Grants for computer science.

Starting today, university faculty in the United States who teach courses in computer science or related subjects can apply for free credits for their students to use across the full suite of Google Cloud Platform tools, like App Engine and the Cloud Machine Learning Platform. These credits can be used any time during the 2016-17 academic year and give students access to the same tools and infrastructure used by Google engineers.
Students like Duke University undergrad Brittany Wenger are already taking advantage of cloud computing. After watching several women in her family suffer from breast cancer, Brittany used her knowledge of artificial intelligence to create Cloud4Cancer, an artificial neural network built on top of Google App Engine. By analyzing uploaded scans of benign and malignant breast cancer tumors, Cloud4Cancer has learned to distinguish between healthy and unhealthy tissue. It’s providing health care professionals with a powerful diagnostic tool in the fight against cancer.

Google Cloud Platform offers a range of tools and services that are unique among cloud providers. The tool that Brittany used -- Google App Engine -- lets you simply build and run an application without having to configure custom infrastructure. Our Machine Learning platform allows you to build models for any type of data, at any size, and TensorFlow provides access to an open-source public software library (tinker with that extensive data here). Students will also be able to get their hands on one of Cloud Platform’s most popular new innovations: the Cloud Vision API, which allows you to incorporate Google’s state-of-the-art image recognition capabilities into the most basic web or mobile app.

We look forward to seeing the creative ways that computer science students will use their Google Cloud Platform Education Grants, and will share stories along the way on this blog.

Computer science faculty in the United States can apply here for Education Grants. Students and others interested in Cloud Platform for Higher Education, should complete this form to register and stay up to date with the latest from Cloud Platform. For more information on Cloud Platform and its uses for higher education, visit our Google Cloud Platform for Higher Education site.

Making spaces: supporting makerspaces in education



Today marks the first day of the National Week of Making, a celebration of making and makers across the US. We like to think of ourselves as a company composed of makers, which is why we’re so committed to supporting making in our offices and in our communities. We’re taking this commitment even further today through a new collaboration with the Maker Education Initiative and the Children’s Museum of Pittsburgh. Together we will be working closely with 10 science museums and nonprofits across the country, providing each of them with tools and resources to support hands-on training for a fleet of new makerspaces in their community. Through this partnership we hope to help create 100 new makerspaces around the country in the next year.
Educators at a professional development session at the Children's Museum of Pittsburgh. Photo by Renee Rosensteel, 2015
As part of the program, schools, soon libraries, and community centers around the world will have access to the same fundraising toolkit, professional development resources, and support from other maker educators online through Maker Ed.

Our work with Maker Ed and the Children’s Museum of Pittsburgh is part of a broader set of programs designed to support making and makerspaces in schools and community organizations. We’ve worked with Stanford University’s FabLearn program by funding pilot labs and research. We’ve supported research on making in education at Indiana University. And as part of the Maker Promise, we’ll be working with Digital Promise and Maker Ed to provide 1,000 sets of safety gear to schools around the country. You can learn more about our programs and technology for Making & Science at makingscience.withgoogle.com.

Making spaces: supporting makerspaces in education

Today marks the first day of the National Week of Making, a celebration of making and makers across the US. We like to think of ourselves as a company composed of makers, which is why we’re so committed to supporting making in our offices and in our communities. We’re taking this commitment even further today through a new collaboration with the Maker Education Initiative and the Children’s Museum of Pittsburgh. Together we will be working closely with 10 science museums and nonprofits across the country, providing each of them with tools and resources to support hands-on training for a fleet of new makerspaces in their community. Through this partnership we hope to help create 100 new makerspaces around the country in the next year.

maker-convention.png
Educators at a professional development session at the Children's Museum of Pittsburgh. Photo by Renee Rosensteel, 2015

As part of the program, schools, soon libraries, and community centers around the world will have access to the same fundraising toolkit, professional development resources, and support from other maker educators online through Maker Ed.

Our work with Maker Ed and the Children’s Museum of Pittsburgh is part of a broader set of programs designed to support making and makerspaces in schools and community organizations. We’ve worked with Stanford University’s FabLearn program by funding pilot labs and research. We’ve supported research on making in education at Indiana University. And as part of the Maker Promise, we’ll be working with Digital Promise and Maker Ed to provide 1,000 sets of safety gear to schools around the country. You can learn more about our programs and technology for Making & Science at makingscience.withgoogle.com.

Source: Education


Technology fast-tracks success for students with language-based disabilities



Editor's note: Small schools are seeing great success with Google for Education tools. We spoke with educators and administrators from smaller districts across the United States to better understand how technology has helped them innovate, create more efficient processes, and make a positive impact on their students. This is the third in a series of posts where we explore the impact small schools are making on their students. To learn more about using Google for Education tools, visit us here.

All over the country, innovations in technology are showing us that it’s possible to provide more access to information than ever before. At Carroll School, located in Lincoln, Massachusetts, we rely on these innovations to bridge the divide for our students with language-based disabilities by alleviating their challenges with reading, writing and organization skills.

Students with language-based disabilities, like dyslexia, are extremely bright, curious and creative. But they oftentimes struggle in regular classrooms to build the core skills they need to excel in school. This is why Dr. Edwin Cole, a neurologist, and a small group of passionate individuals were inspired to found the Carroll School in 1967 and dedicate it to helping children with language-based learning disabilities.

Our faculty and staff at the Carroll School meet the individual needs of students by creating small, supportive classroom environments They use innovative approaches like cognitive intervention, founded in emerging scientific research. We’re also a very technologically progressive school, and our cloud technology, Google Apps for Education, allows us to create interactive experiences for our students. To our delight, incorporating technology has made a big difference for our students, who say that it’s made it easier for them to learn how to write, stay organized and get feedback from teachers

Students can overcome writing challenges
Students with language-based disabilities have to overcome an extra set of challenges while learning to write, specifically with spelling. Many of our students use Voice-to-text, a feature in Google Docs that uses voice recognition technology to dictate essays, stories and other writing projects.

“When I’m writing, Voice-to-text in Docs helps me concentrate on just talking about the subject, rather than worrying about how things are being spelled. I think it's even better than Siri on my phone,” says one eighth grade student at Carroll School. With Voice-to-text, students can share their unique perspectives and opinions, without getting mired by their challenges with writing.
Teachers can give instant, personalized feedback
Our students each have different needs and learning styles; we keep our class sizes small so teachers can provide individualized help. The cloud has made getting personalized attention faster and easier. Now, teachers share assignments through Google Docs and can then give students instant feedback on their work.

“I have difficulty with writing, but it’s easier when I can get help from my teacher. Before using Docs, I’d have to wait a few days or weeks after turning in an assignment to see my teacher’s edits. In Docs, [my teacher] can suggest the edits to me and I can make them myself before turning in the assignment,” says one fourth-grader at Carroll School.

This ongoing feedback and interaction also helps our students stay engaged and on-task. When students see their teacher in a shared homework assignment, responding to their work in real-time, it motivates them to stay on top of their work.
Organization is now a given
Kids of every age — and many adults too — struggle to stay organized, especially when keeping track of multiple assignments, papers and resources. Organization is important for students to succeed in the classroom. By using the cloud to store their work, our students’ now complete and turn in more assignments in an organized way, and stay on top of their tasks.

Students can access their schoolwork easily in class or at home. Says one ninth-grader, “I find myself printing way less. Last year, I had to print out almost all of my homework, but now I can just turn it in with Google Classroom.” Additionally, students say they feel more prepared for class. “With Classroom I have all of my classes in one place, so I don’t have to run around to each teacher to check on stuff,” says a ninth-grader at the school.

Technology is making a visible impact. It’s helping our students succeed in the classroom. Now, both students and teachers say that more assignments are turned in on time and students are more confident. There’s one downside, says one fourth-grader at the school, “Unfortunately, this means we can’t use not knowing the assignment as an excuse for not doing our homework anymore!” Though I think that’s one downside we can live with.

Technology fast-tracks success for students with language-based disabilities

Editor's note: Small schools are seeing great success with Google for Education tools. We spoke with educators and administrators from smaller districts across the United States to better understand how technology has helped them innovate, create more efficient processes, and make a positive impact on their students. This is the third in a series of posts where we explore the impact small schools are making on their students. To learn more about using Google for Education tools, visit us here

All over the country, innovations in technology are showing us that it’s possible to provide more access to information than ever before. At Carroll School, located in Lincoln, Massachusetts, we rely on these innovations to bridge the divide for our students with language-based disabilities by alleviating their challenges with reading, writing and organization skills.

Students with language-based disabilities, like dyslexia, are extremely bright, curious and creative. But they oftentimes struggle in regular classrooms to build the core skills they need to excel in school. This is why Dr. Edwin Cole, a neurologist, and a small group of passionate individuals were inspired to found the Carroll School in 1967 and dedicate it to helping children with language-based learning disabilities.

Our faculty and staff at the Carroll School meet the individual needs of students by creating small, supportive classroom environments They use innovative approaches like cognitive intervention, founded in emerging scientific research. We’re also a very technologically progressive school, and our cloud technology, Google Apps for Education, allows us to create interactive experiences for our students. To our delight, incorporating technology has made a big difference for our students, who say that it’s made it easier for them to learn how to write, stay organized and get feedback from teachers

Students can overcome writing challenges

Students with language-based disabilities have to overcome an extra set of challenges while learning to write, specifically with spelling. Many of our students use Voice-to-text, a feature in Google Docsthat uses voice recognition technology to dictate essays, stories and other writing projects.

“When I’m writing, Voice-to-text in Docs helps me concentrate on just talking about the subject, rather than worrying about how things are being spelled. I think it's even better than Siri on my phone,” says one eighth grade student at Carroll School. With Voice-to-text, students can share their unique perspectives and opinions, without getting mired by their challenges with writing.
Tech Language-based disabilities_2.png
Students at Carroll School working on their homework in the library

Teachers can give instant, personalized feedback

Our students each have different needs and learning styles; we keep our class sizes small so teachers can provide individualized help. The cloud has made getting personalized attention faster and easier. Now, teachers share assignments through Google Docs and can then give students instant feedback on their work.

“I have difficulty with writing, but it’s easier when I can get help from my teacher. Before using Docs, I’d have to wait a few days or weeks after turning in an assignment to see my teacher’s edits. In Docs, [my teacher] can suggest the edits to me and I can make them myself before turning in the assignment,” says one fourth-grader at Carroll School.

This ongoing feedback and interaction also helps our students stay engaged and on-task. When students see their teacher in a shared homework assignment, responding to their work in real-time, it motivates them to stay on top of their work.
Tech Language-based disabilities_1.png
Students at Carroll School work on assignments in between classes

Organization is now a given

Kids of every age — and many adults too — struggle to stay organized, especially when keeping track of multiple assignments, papers and resources. Organization is important for students to succeed in the classroom. By using the cloud to store their work, our students’ now complete and turn in more assignments in an organized way, and stay on top of their tasks.

Students can access their schoolwork easily in class or at home. Says one ninth-grader, “I find myself printing way less. Last year, I had to print out almost all of my homework, but now I can just turn it in with Google Classroom.” Additionally, students say they feel more prepared for class. “With Classroom I have all of my classes in one place, so I don’t have to run around to each teacher to check on stuff,” says a ninth-grader at the school.

Technology is making a visible impact. It’s helping our students succeed in the classroom. Now, both students and teachers say that more assignments are turned in on time and students are more confident. There’s one downside, says one fourth-grader at the school, “Unfortunately, this means we can’t use not knowing the assignment as an excuse for not doing our homework anymore!” Though I think that’s one downside we can live with.

Source: Education


Charter schools use technology to explore history and diverse perspectives



Editor's note: Small schools are seeing great success with Google for Education tools. We spoke with educators and administrators from smaller districts across the United States to better understand how technology has helped them innovate, create more efficient processes, and make a positive impact on their students. This is the second in a series of posts where we explore the impact small schools are making on their students. To learn more about using Google for Education tools in charter schools, visit us here

Charter schools are small but mighty. While they don’t have the resources and support an entire district has, they do have ambitious goals when it comes to educating their students. We’ve encountered a number of charter schools who are leading the way in their use of technology to help students become inquisitive learners, fostering in them a desire to learn about the world around them. These charter schools are using interactive experiences to spark students’ imaginations, encouraging them to learn about international landmarks, social issues in their communities and historical events that have shaped our country. They’ve found that when students acknowledge diversity in their communities and the world, they’re encouraged to think about how they can create positive change beyond the classroom.

Greater exposure to social issues and diverse perspectives 


Teachers at Brooklyn Prospect Charter School use technology to host discussions about current events, giving every student a voice — including those who are quieter in a traditional classroom setting. For example, after one teacher shared an article with her class about conflict in the Middle East via Google Classroom, every student had the opportunity to comment and share his or her opinion via a text-based discussion in Classroom.

"The most interesting thing I learned from classmates during Google Classroom discussions is how they interpreted a book we read,” says Lena Gallager, an 11th grade student at Brooklyn Prospect Charter School. “We were able to compare our thoughts on the book and build ideas off of each other.”

“When we discussed poetry using Google Classroom, I gained a sense of others’ perspectives. Google Classroom made it really collaborative and easy to share knowledge on the topic,” says fellow 11th grader Nicolas Villarosa.

Along with having open conversations about international news, students at Brooklyn Prospect are encouraged to learn about the issues affecting their own communities. One 10th grader wanted to understand what his peers viewed as the most concerning global issues. As his end-of-the-year project for the international baccalaureate program, he created a survey in Google Forms to collect his peers’ opinions on the topic. He then used those responses as inspiration to compose a musical protest album to raise awareness for the gravity of the issues.

“Technology is helping our students become citizens of the world by cultivating their awareness and giving them a global view,” says Tyra Frederick, educational technology coordinator and high school English teacher at Brooklyn Prospect.

Interactive learning about our forefathers 

Exposing students to a global curriculum at a young age is vital for them to become well-rounded, culturally aware citizens. In addition to teaching geography and history, many schools teach classes about international current events. They also explore how historical events have shaped a city’s identity.

Westlake Charter Schools, for example, encourages students to become curious learners about their pasts. When eighth grade history teacher, Caroline Gaea, gave students an assignment to map the Manifest Destiny across the United States by dropping pins in Google Maps, students went above and beyond. They engaged in critical thinking, not only commenting on the significance of a location at a particular moment in time, but also noting the overall importance of that moment in the broader context of American history.
An eighth grade student at Westlake Charter Schools comments on a city's role in the Manifest Destiny

“My favorite part of the project was being able to be creative with information and make it fun to read,” says Maya, an eighth grader at Westlake Charter Schools. “There were so many different ways to learn the same thing, so each student was able to customize their experience.”

Even after that assignment was complete, students took the initiative to dive deeper into the topic — they impressed their teacher with a historical map of the United States, using layers in Google Maps to show the 1803 Louisiana Purchase.
Westlake Charter Schools students create a collaborative, historical map in Google Maps
“This project made me even more excited to learn about American history because the Google tools give us an opportunity to express our knowledge on a whole new level,” says Grace, an eighth grader at Westlake Charter Schools.

“Mapping out the places and presidents of that time period made it feel like we were there because we understood it better,” says Jada, an eighth grader at Westlake Charter Schools.

Taking virtual field trips around the world


Students at Challenge to Excellence Charter School are using technology to travel outside of the classroom. When a second grade student traveled to India for a family vacation, his classmates virtually went with him. The student took a tablet so he could take pictures of his trip and share them with the class. Back in the classroom, students researched the landmarks that their classmate was visiting and had a real-life view of places like the Taj Mahal using Google Earth.

“It was so fun to be able to take my tablet with me to India to take pictures and then send them to my class,” says Arushi, a second grader at Challenge to Excellence Charter School. “Mrs. Stewart shared the pictures with the class before I even got back home.”

“When the student came back from his trip, his classmates showed him all the pictures and information they’d collected,” says Julie Stewart, technology integration specialist at Challenge to Excellence Charter School. “You could feel their excitement — the project helped take my students outside the four walls of the classroom.” These are just a few of the ways charter schools are inspiring students to think big and learn about experiences beyond their own. What do you think? What are the best ways for schools — public, independent or charter — to approach a global education?

Charter schools use technology to explore history and diverse perspectives

Editor's note: Small schools are seeing great success with Google for Education tools. We spoke with educators and administrators from smaller districts across the United States to better understand how technology has helped them innovate, create more efficient processes, and make a positive impact on their students. This is the second in a series of posts where we explore the impact small schools are making on their students. To learn more about using Google for Education tools in charter schools, visit us here. 

Charter schools are small but mighty. While they don’t have the resources and support an entire district has, they do have ambitious goals when it comes to educating their students. We’ve encountered a number of charter schools who are leading the way in their use of technology to help students become inquisitive learners, fostering in them a desire to learn about the world around them. These charter schools are using interactive experiences to spark students’ imaginations, encouraging them to learn about international landmarks, social issues in their communities and historical events that have shaped our country. They’ve found that when students acknowledge diversity in their communities and the world, they’re encouraged to think about how they can create positive change beyond the classroom.

Greater exposure to social issues and diverse perspectives 


Teachers at Brooklyn Prospect Charter School use technology to host discussions about current events, giving every student a voice — including those who are quieter in a traditional classroom setting. For example, after one teacher shared an article with her class about conflict in the Middle East via Google Classroom, every student had the opportunity to comment and share his or her opinion via a text-based discussion in Classroom.

"The most interesting thing I learned from classmates during Google Classroom discussions is how they interpreted a book we read,” says Lena Gallager, an 11th grade student at Brooklyn Prospect Charter School. “We were able to compare our thoughts on the book and build ideas off of each other.”

“When we discussed poetry using Google Classroom, I gained a sense of others’ perspectives. Google Classroom made it really collaborative and easy to share knowledge on the topic,” says fellow 11th grader Nicolas Villarosa.

Along with having open conversations about international news, students at Brooklyn Prospect are encouraged to learn about the issues affecting their own communities. One 10th grader wanted to understand what his peers viewed as the most concerning global issues. As his end-of-the-year project for the international baccalaureate program, he created a survey in Google Forms to collect his peers’ opinions on the topic. He then used those responses as inspiration to compose a musical protest album to raise awareness for the gravity of the issues.

“Technology is helping our students become citizens of the world by cultivating their awareness and giving them a global view,” says Tyra Frederick, educational technology coordinator and high school English teacher at Brooklyn Prospect.

Interactive learning about our forefathers 


Exposing students to a global curriculum at a young age is vital for them to become well-rounded, culturally aware citizens. In addition to teaching geography and history, many schools teach classes about international current events. They also explore how historical events have shaped a city’s identity.

Westlake Charter Schools, for example, encourages students to become curious learners about their pasts. When eighth grade history teacher, Caroline Gaea, gave students an assignment to map the Manifest Destiny across the United States by dropping pins in Google Maps, students went above and beyond. They engaged in critical thinking, not only commenting on the significance of a location at a particular moment in time, but also noting the overall importance of that moment in the broader context of American history.
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An eighth grade student at Westlake Charter Schools comments on a city's role in the Manifest Destiny 

“My favorite part of the project was being able to be creative with information and make it fun to read,” says Maya, an eighth grader at Westlake Charter Schools. “There were so many different ways to learn the same thing, so each student was able to customize their experience.”


Even after that assignment was complete, students took the initiative to dive deeper into the topic — they impressed their teacher with a historical map of the United States, using layers in Google Maps to show the 1803 Louisiana Purchase.
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Westlake Charter Schools students create a collaborative, historical map in Google Maps 
“This project made me even more excited to learn about American history because the Google tools give us an opportunity to express our knowledge on a whole new level,” says Grace, an eighth grader at Westlake Charter Schools.

“Mapping out the places and presidents of that time period made it feel like we were there because we understood it better,” says Jada, an eighth grader at Westlake Charter Schools.

Taking virtual field trips around the world


Students at Challenge to Excellence Charter School are using technology to travel outside of the classroom. When a second grade student traveled to India for a family vacation, his classmates virtually went with him. The student took a tablet so he could take pictures of his trip and share them with the class. Back in the classroom, students researched the landmarks that their classmate was visiting and had a real-life view of places like the Taj Mahal using Google Earth.

“It was so fun to be able to take my tablet with me to India to take pictures and then send them to my class,” says Arushi, a second grader at Challenge to Excellence Charter School. “Mrs. Stewart shared the pictures with the class before I even got back home.”

“When the student came back from his trip, his classmates showed him all the pictures and information they’d collected,” says Julie Stewart, technology integration specialist at Challenge to Excellence Charter School. “You could feel their excitement — the project helped take my students outside the four walls of the classroom.” These are just a few of the ways charter schools are inspiring students to think big and learn about experiences beyond their own. What do you think? What are the best ways for schools — public, independent or charter — to approach a global education?

Source: Education