Roberta Robots teaches kids how to design, construct, program and test mobile robots.

Impact in our communities

We support local nonprofits that are having a positive impact in our communities.

Image for Code for America

Code for America

Thanks to the rapid advancement of technology, people expect more from the services they use every day. Unfortunately, governments are often slow to embrace technology. This limits access to key services for those who need them most, wastes taxpayer resources, and fuels a lack of trust. has helped Code for America tackle this problem by providing $3 million of funding since 2011. With that support, Code for America has grown its Fellows program, hired an internal technology team, and developed open data standards for civic data. With an additional $1 million grant from Google, Code for America will build new tools to help its Fellows, product managers, and volunteers collaborate on the development of civic technology solutions in three focus areas: safety and justice, health and human services, and economic development.


Image for Roberta - Learning with Robots

Roberta - Learning with Robots

Robots are an ideal educational tool for teaching children the basic concepts of today’s technical systems. In 2002, Germany’s Fraunhofer Institute for Intelligent Analysis and Information Systems established the Roberta Initiative to give kids - especially girls in technology and science - a fun, hands-on way to design, construct, program and test mobile robots. In 2011, Google funded Fraunhofer with a multi-year grant that was used to develop a simple drag-and-drop technology in the MIT App Inventor to program and control robots using a smartphone app.

Image for Programming Education Gathering

Programming Education Gathering

For the last half-century, Japan helped lead the world in consumer electronics and engineering. Yet in a recent survey, only 20% of Japanese junior high students wanted a career related to science — compared to an international average of 50% — even though Japan’s junior high school had the fifth-highest math scores in the entire world. To help bridge this gap between ability and potential, Google donated 5,000 credit-card sized Raspberry Pi computers to make it easier for kids to take the first steps towards a career in computer science. In partnership with local non-profit organization, Canvas, these Raspberry Pis will provide computer and programming education for more than 25,000 kids in Japan, while providing training sessions for teachers as well.

Image for Bletchley Park

Bletchley Park

Bletchley Park, located a short train ride from London, played a pivotal role in computing history. During World War II, it was the site where Colossus—the world’s first electronic programmable computer—helped the military crack enemy codes, reputedly shortening the war by two years. The extraordinary achievements of Colossus and its veterans remained secret until they were declassified in the 1980s. Google donated more than $850,000 to the Bletchley Park Trust to support the restoration of this important site.

Image for The High Line

The High Line

The High Line is a public park atop a historic 1930s elevated freight railway on Manhattan's West Side that was saved from demolition through the efforts of a community nonprofit group. Snaking its way through neighborhoods that run a few short blocks from Google's New York offices, the High Line is one of the best and brightest examples of successful urban renewal in the country. To show support for both green construction and our Chelsea neighborhood, Google donated $1 million to the High Line in 2010, helping preserve the final eastern section as public open space.

Image for Raspberry Pi

Raspberry Pi

Many kids in the UK lack access to computer science training that can give them fundamental skills for education and life. Our $1 million grant will provide a free Raspberry Pi, a low-cost microcomputer, to 15,000 UK kids who are enthusiastic about computer science. CoderDojo, Code Club, Computing at School, Generating Genius, Teach First and OCR will each help identify and support eligible students. OCR is also creating 15,000 teaching and learning packs to distribute alongside the Raspberry Pis. The project will provide an opportunity for thousands of young people across the UK to learn to code by increasing access to computers. The ultimate goal is to inspire the next generation of British computer scientists.

Image for Trinity College Dublin

Trinity College Dublin

Students in Irish schools have limited exposure to computer science and technological learning. This has created a digital divide that limits the digital literacy of young people - especially those in disadvantaged communities. The three year Google grant will help transform computer science education in Irish schools through teacher training programs and improvements in computer science and STEM capacity. Funding will scale high-quality computer science education across Ireland's secondary schools, providing training to 1,000 teachers and sponsoring the introduction of Teach First in Ireland.