Partho is a Senior Principal, Senior Designer and Master Planner at Populous
in New York. He brings more than 30 years of experience on a variety of large-scale
projects both internationally and in the U.S. Partho's primary responsibilities include
vision and strategy conception by addressing clients' needs and developing a sustainable
and responsible design towards building large-scale sports, mixed-use and urban design
projects and managing design teams through the project delivery process.
Throughout his distinguished career, Partho has led the design and development of
notable buildings such as the New Yankee Stadium in New York, the Kai Tak Sports Park
in Hong Kong, Sardar Patel Cricket Stadium in India, the Dubai A1 Autodrome in the
UAE, the New Delhi International Convention and Exhibition Center in India, the Arena
das Dunas, a World Cup Soccer facility for the 2014 world cup in Natal, Brazil, the FFR
National Rugby Stadium in Paris, Camp Nou Renovations in Spain and the New Perth
Stadium in Australia. He is currently working on projects E-Sports arena projects and
FIFA and MLS soccer projects in North America.
Partho has lectured on Design, Advanced Construction and Sports Management at
academic institutions including MIT, NYU and Columbia University.
Speaking at
Tue Oct 29
2:30 PM — 3:30 PM (GMT-05:00) Eastern Time
Resorts World Las Vegas - Level 2, Jasmine CD
EDC Presents: It’s Not Easy Being Green: Toward a Resilient Sustainable Future
The Entertainment Development Council (EDC) will give an inside look at how some projects in the sports and entertainment sectors are leading the way to resilient sustainable development. With mega, high-profile sports events such as the Olympics and the FIFA World Cup, and music spectacles such as Coachella, the sports and entertainment sectors are uniquely positioned to lead the way to sustainable development but only a few have achieved resiliency. This session will present an inside look at how to be both green and entertaining rather than simply "greenwashing." Learn how this approach can translate to all building types.