City Year is an education nonprofit organization based in the United States. It was founded in 1988 by Michael Brown and Alan Khazei. The headquarters of City Year is located in Boston, Massachusetts.

The primary mission of City Year is to bridge the gap in high-poverty communities by providing young adults with the opportunity to serve as mentors, tutors, and role models to students in schools across the country. The organization focuses on the holistic development of students, aiming to improve their attendance, behavior, and course performance. At present, City Year operates in 29 cities across the United States, including New York City, Los Angeles, Chicago, and Boston.

It partners with various schools and school districts to provide support in the form of tutoring, mentoring, and after-school programs. City Year also conducts professional development workshops for teachers and school staff to enhance their abilities and skills in working with students from underserved communities. City Year does not have any noteworthy subsidiaries, joint ventures, or partnerships in the global scale.

However, it collaborates with several corporations and foundations for funding and support, including Comcast NBCUniversal, Microsoft, and Bank of America. In terms of market position, City Year is a well-established organization in the education nonprofit sector. It has a strong presence in the United States, with a significant impact on students and schools in underserved communities.

In recent years, City Year has achieved several milestones and garnered significant recognition for its work. In 2012, it received the National Medal of Service from President Barack Obama. The organization has also expanded its reach by increasing the number of AmeriCorps members serving in schools.

As of the latest information available, City Year continues to grow and expand its impact in the education sector. It remains committed to its mission of providing education support to students in underserved communities, helping them reach their full potential