Northwestern University’s new 35,000-seat Ryan Field showcases the role of structural and construction engineering in modern stadium design, from its below-grade seating bowl to its sweeping steel canopy and exposed structural framing.
Mass timber can help reduce embodied carbon, but it’s only one part of the climate action toolkit. This episode explores how timber fits into broader strategies for decarbonization, resilience, circularity, and sustainable design.
As Jeddah Tower advances toward becoming the world’s tallest building, Newsweek spoke with Managing Principal John Peronto about the structural engineering challenges and construction logistics behind the one-kilometer tower.
A curling free kick looks like magic, but it is really fluid dynamics in motion. Our CFD model shows how spin, airflow and the Magnus effect shape the ball’s path.
Hear how GreenBox®, an innovative prefabricated mass timber floor system developed by London-based Associate Harry Crofton, combines speed, performance, sustainability, and reusability for the next generation of timber buildings.
Engineering News-Record recently featured the Rock Island Bridge Renovation, a Kansas City project that transformed a historic railroad bridge over the Kansas River into a 35,000-square-foot public destination for dining, events and pedestrian connection.
Several FIFA World Cup 2026 host stadiums – including venues in New York/New Jersey, Philadelphia, Toronto, and Miami – feature Thornton Tomasetti engineering expertise.
Mass timber offers major design advantages, but vibration and acoustic performance require careful coordination. Listen how design teams can balance floor vibration, acoustic separation, composite CLT-concrete systems, and sensitive equipment requirements in mass timber buildings.