Integral bridges require less maintenance and upkeep than conventional bridges. Therefore, this construction method is becoming increasingly popular in both new construction and the retrofitting of existing structures. In particular, the planning, as well as the execution of integral bridges, requires special attention and knowledge in certain areas. Constraint sizes and the effects of the structure-soil interaction must be appropriately considered in the design and structural detailing. However, this construction method also allows for a distinctive design that reflects the integral load-bearing behavior and can aesthetically implement it in a suitable manner. The manual provides the necessary engineering know-how comprehensively and is thus a valuable resource for the design, execution, and monitoring of integral bridges.