A lecture series on vertical density and high-performance supertall developments challenging the limits of architecture and structural engineering.
Why humanity continues to pursue structures that challenge natural forces. Architecture and Engineering at the Edge of Possibility.
WATCH TRAILER & POSTERVIETNAM’S NEXT CHAPTER – LOOKING ABOVE THE CLOUDS
"As Vietnam continues its rapid urban transformation, the conversation is no longer solely about height."
"High-rise buildings mostly focus on the individual construction, without sufficient attention to the harmony between the building and the surrounding urban space."
— Hanoi Architectural University research, 2025"The conversation is no longer only about height, but about sustainability, urban performance, and long-term value."
— CTBUH Trends & Forecasts 2025"Vietnam's urban areas have been facing challenges such as widespread urbanization, traffic congestion, local flooding, lack of housing, infrastructure and green space."
— Deputy Minister Nguyen Viet Hung, Forum 2024
Design Principal, KPF
Mustafa Chehabeddine is a Design Principal at Kohn Pedersen Fox (KPF), specializing in large-scale mixed-use developments, transportation infrastructure, and supertall projects across Asia and the Middle East. His work focuses on the relationship between architecture, urban systems, public realm, and vertical density — with particular emphasis on contextual design and long-term urban integration. Over the course of his career, he has led multidisciplinary teams on internationally recognized projects requiring extensive technical coordination, infrastructural complexity, and large-scale urban planning.
"In my opinion, as cities transform, additional density and towers need to grow out of the existing urban context – what makes this city uniquely Vietnamese, for example, and how can we maintain that?"
"Our mission as architects is to transform cities through context, craft, and performance."
Founded in New York in 1976, KPF is one of the world's leading architecture firms behind many defining skylines and supertall developments globally. The practice is recognized for its approach to contextual design, vertical urbanism, and high-performance mixed-use architecture across major cities worldwide.
KPF's work has received major international recognitions including the CTBUH Best Tall Building Worldwide Award, the AIA National Honor Award, and multiple Emporis Skyscraper Awards.
Managing Principal, Thornton Tomasetti
John Peronto is a structural engineering leader at Thornton Tomasetti specializing in supertall towers, long-span structures, and high-performance building systems. His portfolio includes some of the world’s most technically ambitious skyscrapers, including Jeddah Tower, Shanghai Tower, Ping An Finance Centre, Taipei 101, and the Petronas Twin Towers. Alongside his project work, he remains actively involved in international technical organizations and currently serves as Chair of the CTBUH Tall Buildings Committee.
"As tall buildings climb to new heights, there’s no margin for error. Experience counts."
"As tall buildings climb to new heights, there's no margin for error. Experience counts."
Founded in New York in 1949, Thornton Tomasetti is one of the world's leading structural engineering and applied science firms, recognized for supertall buildings, advanced structural systems, computational engineering, resilience, and high-performance infrastructure.
Operating through more than 40 offices globally, the firm has contributed to projects across over 150 countries, including 6 of the world's 15 tallest buildings today.
LIMITED SEATS AVAILABLE: Registration is required to attend this exclusive live keynote at Ho Guom Opera. Seats are capped to ensure high-quality discussion and networking.
Together, Mustafa Chehabeddine and John Peronto represent two disciplines operating in continuous collaboration across extreme-scale developments.
Their lectures connect architectural vision and structural execution through real project experience — from vertical urbanism and contextual planning to wind engineering, constructability, systems integration, and high-performance building technologies.
Rather than focusing solely on completed towers as visual icons, the session examines the invisible coordination, experimentation, and interdisciplinary problem-solving required to realize projects at megatall scale.
The FLIRTING WITH GRAVITY dialogue series explores how architecture, engineering, and interdisciplinary collaboration converge in pursuit of humanity's most ambitious built environments.
Scheduled across 2026–2027, each event focuses on a distinct dimension of vertical urban development – from supertall buildings and structural innovation to infrastructure, culture, technology, and the future of cities.