Tres Birds of Aurora

Tres Birds of Aurora is an architecture firm based in Aurora, Colorado, offering full-service design and general contracting for projects ranging from residential homes and commercial developments to public spaces and mixed-use complexes. The firm specializes in sustainable, site-specific design that integrates architecture, art, and environmental stewardship, with notable projects including industrial flex campuses, net-zero energy homes, and urban walkways. Serving clients across Colorado and beyond, Tres Birds is known for its innovative use of regional materials and commitment to reducing environmental impact while enhancing human wellbeing. With a 4.90 rating and a strong record of client satisfaction, the firm has earned a reputation for thoughtful, enduring design.

Tres Birds operates as an integrated team of architects, designers, and builders who approach each project with a systems-thinking mindset, prioritizing sustainability, functionality, and beauty. Founded in 2000, the firm emphasizes collaboration and adaptability, often repurposing existing structures and materials to create efficient, low-impact solutions. Their work spans a wide range of project types, including corporate showrooms, community parks, and cultural institutions, each designed to harmonize with its surroundings and support long-term ecological and social health. The team includes founding partner Michael M. Moore and partnering architects Shawn K. Mather, Douglas R. Newby, and David Hoffman, along with a diverse group of designers and builders dedicated to crafting spaces that inspire and endure.

Located at 3821 Steele St Suite 1311 in Aurora, Colorado, the firm sits on a major thoroughfare in the city’s commercial corridor. The address is situated within a prominent office and retail district, accessible from nearby highways and transit routes. The building’s location places it in close proximity to downtown Aurora’s civic and commercial hubs, supporting its role as a key design contributor to the region’s built environment.