A multifunctional collaborative framework for designing the resilience of lakes and wetlands was proposed based on the theory of system resilience to address the common issues of functional conflicts and ecological degradation in lakes and wetlands in suburban under the background of urban expansion.The Wetland Park of Future Bay in Wuhan City was used to systematically diagnose the current problems related to the site ecology， water environment， landscape， and biodiversity.The main conflicts between the regulation of water security， habitat protection， the control of water quality， and public recreation were identified.A four-dimensional collaborative system of design strategy including the resilience strategy of water safety with watershed coordination and graded projects of storage to balance rainwater management with shaping water landscape， the resilience strategy of biodiversity with the exclusion zones of core ecology， buffer zones of ecology， and the optimization of vegetation to create a dynamic system of habitat， the resilience strategy of water environment with the target of water quality in zones， the control of pollution load， and measures of purifying ecology to achieve a balance between the protection of water source and the demands of habitat， the resilience strategy of landscape recreation with the elastic revetments， seasonal sequences of landscape， and the multi-level system of recreation to achieve the mutualism of ecological functions and cultural experiences was established.Based on this， the resilience-oriented design of the system can effectively coordinate the multifunctional conflicts in lakes and wetlands， enhance the adaptability of ecosystem and the value of social use.It will provide theoretical and practical references for the sustainable management of lakes and wetlands in suburban and the optimization of constructing blue-green infrastructure in urban.