Ali Anbari, Ph.D., is a senior project manager at IMEG, specializing in mechanical engineering and building systems design for new construction, renovation, and adaptive reuse projects. He has contributed to numerous office-to-residential conversion projects, where success relies on resolving complex infrastructure challenges, including optimizing dry and wet utility distribution, integrating decentralized HVAC and metering systems, and coordinating multidisciplinary design teams to meet code and performance standards.
Dr. Anbari brings a foundation in building science and research to his work, combining analytical rigor with constructability awareness. His expertise supports multidisciplinary efforts to effectively transform underutilized commercial assets into high-performance residential environments. He has led projects that balance energy efficiency, code compliance, and practical implementation, supporting architects, structural engineers, and other MEP professionals to deliver coordinated, resilient, and sustainable building systems.
Courses
Office to Home Conversions: Adaptive Reuse in Suburban Markets
Tuesday, December 9, 2025 | 3-4pm ET
As remote work transforms the commercial real estate landscape, architects face unprecedented opportunities to address the affordable housing crisis through innovative adaptive reuse strategies. This course explores how underutilized office buildings in suburban markets can be transformed into vibrant residential communities. Our expert panel will examine current office vacancy trends and their implications for conversion opportunities, while diving deep into practical design strategies that navigate stringent zoning challenges and building code adaptations essential for structural health and safety. Participants will discover the complexities of adapting essential infrastructure, particularly the requirements for updating mechanical, electric, and plumbing systems to ensure adequate sanitation. These design challenges also include addressing issues such as the potential need for seismic retrofits in certain areas and determining the usability of existing structures, such as existing circulation and floor slabs. Beyond addressing housing shortages, these conversions offer substantial environmental benefits by extending building lifecycles and reducing construction waste. Join us to explore cutting-edge approaches that transform vacant commercial spaces into thriving residential neighborhoods while supporting sustainable development goals.