SAHA
Hang Mosier has a diverse work experience starting in 2009 as a Health Interpreter for the Volunteer Health Interpreters Organization. In 2011, they joined Satellite Affordable Housing Associates (SAHA) as a Service Coordinator and later became the Community Engagement & Partnerships Manager. Hang Mosier then worked as a Freelance Photographer for their company, Hang Mosier Photography, from 2013 to 2019. In 2019, they became a Board Member for East Bay Housing Organizations and later became the organization's Board President in 2022. Throughout their career, Hang Mosier has demonstrated their skills in community engagement, partnerships, coordination, and photography.
Hang Mosier has a Bachelor of Arts - BA in Social Work from the University of California, Berkeley. They also possess a Certificate of Non-Profit Management from the University of the Pacific.
This person is not in any teams
SAHA
Satellite Affordable Housing Associates (SAHA) provides quality affordable homes and services that empower people and strengthen neighborhoods. SAHA begins from the idea that every person deserves a home. Our work is inspired by a belief that quality homes and empowering services should be in reach for all of the Bay Area’s community members and that despite the many obstacles to providing housing for people with low-incomes and special needs, this goal is possible. SAHA’s innovative properties provide more than 2,700 households in seven counties in northern California with much-needed affordable housing and services. With a commitment to high-quality design and thoughtful, ongoing supportive services, we empower our residents to build better lives and create healthier, safer communities. SAHA was created out of the strengths of two of the Bay Area’s leaders in providing affordable housing for low-income and special needs populations, Satellite Housing and Affordable Housing Associates. We want to advance the field of affordable housing, and guide our work in housing development, property management, and resident services by the following principles: