Nishan Kohli
Nishan Kohli is the Co-Founder & Chief Executive Officer of BIMstream, a digital delivery firm specializing in reality capture, BIM, and asset intelligence. With more than 20 years of experience across global markets, he has built and led businesses in telecommunications, infrastructure, and construction technology.
His work focuses on bridging the gap between physical assets and structured digital systems, enabling organizations to manage their built environments more effectively.
Frequently Asked Questions
- Who is Nishan Kohli?
- Nishan Kohli is the Co-Founder & Chief Executive Officer of BIMstream, a digital delivery firm specializing in reality capture, Building Information Modeling (BIM), and asset intelligence for the built environment. He has more than 20 years of experience building and leading businesses across North America, the Middle East, and Asia.
- What is BIMstream?
- BIMstream is a digital delivery firm focused on reality capture, Building Information Modeling, and data-driven asset intelligence. The firm works with institutional owners, developers, and engineering partners to transform complex physical assets into structured digital systems across the lifecycle of the built environment.
- What industries has Nishan Kohli worked in?
- Nishan Kohli's career spans telecommunications, infrastructure services, and construction technology. He has built and led businesses at the intersection of technology, infrastructure, and operations across global markets.
- What is digital delivery in the built environment?
- Digital delivery is the practice of producing and managing structured, usable information across the full lifecycle of an asset — from planning and design through construction and long-term operations. It moves beyond isolated project deliverables toward continuous data environments that owners and operators can rely on.
- What is reality capture?
- Reality capture is the process of using technologies like LiDAR and high-resolution imaging to document existing physical conditions with high precision. The captured data becomes the baseline for accurate digital representations used in design, coordination, operations, and digital twin development.