Research　purposes:　Rigid　bracing　domes　are　a　new　type　of　prestressed　spatial　structures,　many　construction　technology　challenges　of　cable　domes　are　overcome　by　it.　The　structure　has　characteristics　of　easy　node　location,　high　efficiency,　the　support　from　the　balance　and　so　on.　According　to　characteristics　of　rigid　bracing　dome,　the　construction　method　was　proposed　from　the　engineering　view,　and　then　simulation　analysis　strategies　and　procedures　for　implementation　were　given.　Research　conclusions:　(1)　The　method　is　that　rods　are　installed　in　accordance　with　the　order　of　nodes　and　then　the　system　are　enhanced　the　overall　and　tensioned.　Construction　control　and　monitoring　methods　were　given.　(2)　The　construction　process　was　simulated　by　the　improved　dynamic　relaxation　method.　Implementation　strategy　was　given.　Program　was　programmed　by　using　FORTRAN　language　and　ANSYS　APDL　language.　(3)　Numerical　example　shows　that　super-tensioned　problem　can　be　effectively　reduced　through　the　proposed　construction　and　installation　methods.　(4)　References　to　the　construction　and　analysis　are　provided　by　the　results　for　practical　engineering　of　rigid　bracing　dome.