Home Los Angeles Apparel: Soho USA, New York, New York • 2025 Corona 3K Center School Queens, New York, USA • 2024 Star Garment Innovation Center Sri Lanka, Katunayake • 2018 Dwana Smallwood Performing Arts Center USA, New York, Brooklyn • 2016 NYC DDC: Manhattan Criminal Courthouse USA, New York, New York • 2025 Pamoja House Homeless Shelter Brooklyn, NY, USA • 2025 BMW Motorcycles of Roswell USA, Georgia, Roswell • 2024 Excelsior ADU New York State • 2023 Santa Maria BMW Motorcycles USA, California, Santa Maria • 2022 BMW Motorcycles of Columbus Columbus, Georgia, USA • 2022 Xylem Worldwide Headquarters USA, New York, Rye Brook • 2014 American Apparel: Shanghai China, Shanghai • 2008 Corona 3K Center School Queens, New York, USA • 2024 Los Angeles Apparel: Soho USA, New York, New York • 2025 Circular helps our clients create sustainable architecture, interiors and experience design. Recent See Feed Staten Island Tech: Updating a Historic School 2026.10.26 Staten Island Tech: Updating a Historic School 2026.10.26 The Staten Island Technical High School Environmental Science Lab renovation balances historic preservation with contemporary learning needs. Designing for Durability: How Recycled Rubber Flooring Supports Sustainable Interiors 2026.09.23 Designing for Durability: How Recycled Rubber Flooring Supports Sustainable Interiors 2026.09.23 Sustainable interiors require materials that balance durability, comfort, and long-term adaptability. Rubber flooring offers a resilient solution for high-use environments and demonstrate how thoughtful material selection can support circular economy principles. Designing Effective STEM Learning Environments: Key Principles 2026.08.26 Designing Effective STEM Learning Environments: Key Principles 2026.08.26 Modern STEM learning environments prioritize spatial flexibility, seamless technology, and human-centric design to foster collaborative, hands-on inquiry. By replacing rigid infrastructure with adaptable, well-lit spaces, these ecosystems enable fluid transitions between digital research and physical prototyping. Ultimately, this responsive architecture empowers student ownership and prepares future innovators for real-world problem-solving.