Can your bridge carry a 1,000-tonne truck? Design it with real materials, test it with real physics, and find out.
Every beam, cable and pier carries real forces. Build with the materials and design checks civil engineers use, then send in the traffic.
A World Tour across 10 regions, from Steung Sangke and the Mekong to the Golden Gate, Brooklyn Bridge and Tower Bridge.
Glulam timber, precast concrete, S355 and S690 steel, aluminium, steel cable and carbon fibre, each with a full data sheet.
AASHTO LRFD load combinations, column buckling, deflection limits and influence lines show exactly why a design works.
Piers stand on rock, gravel, clay or silt. Overload the soil and the pier sinks.
The Daily Challenge gives everyone the same site with a twist: timber only, a steel shortage or a tight budget.
World ranking, verified leaderboards for every bridge, and live multiplayer Load-off matches.
Build in 2D or 3D, watch stresses glow from blue to red, and see exactly which member fails first.
Start with a family car and climb the ladder. How far can your design go?
Bridge Engineering: The Master is built for civil-engineering students and anyone curious about how bridges work.
Bridge Engineering