The　paper　used　technical　parameters　to　investigate　optimized　solutions　to　protect　the　ecological　environment　and　improve　the　microclimate　adaptability　among　the　traditional　villages　in　Beijing.　Shuiyu　Village　was　used　as　a　case　study　to　analyze　the　coupling　relationship　between　landscape　patterns　and　the　microclimate　of　traditional　villages,　with　a　focus　on　the　ecological　relationship　between　residents　and　the　microclimate.　This　study　also　developed　a　climate　index　system,　which　includes　computer　numerical　simulation　and　microclimate　comprehensive　analysis　methods.　The　distinct　types　of　landscape　patterns　were　studied　using　the　system.　In　addition,　this　paper　studied　the　adaptive　design　mechanism　in-depth,　the　form　parameters　of　comfort　evaluation　controllability,　and　map　expression　technology　of　morphological　parameters.　The　findings　of　this　study　include　the　optimized　value　of　the　environment　based　on　landscape　pattern　and　the　map　through　the　Rhino　modeling　platform.　An　interactive　platform　was　developed,　and　a　parametric-assisted　optimization　design　process　for　traditional　villages　in　the　northern　part　of　China　was　proposed.　Moreover,　this　study　concluded　optimized　strategies　and　technical　guidelines　for　future　planning　of　the　rural　areas　in　northern　China　with　a　goal　to　protect　traditional　villages　and　transform　them　into　smart　villages　with　microclimate　adaptability.