Bridge　construction　quality　inspection　and　evaluation　systems　previously　developed　have　been　no　more　than　just　conventional　management　information　systems,　in　which　no　mapping　or　sophisticated　visual　analysis　capabilities　are　supported　or　even　considered,　not　to　mention　network　connectivity,　especially　Internet　access.　To　address　the　problem,　it　is　herein　presented　a　WEBGIS-based　quality　inspection　and　evaluation　system　for　bridge　construction,　applicable　to　not　only　simply-supported,　old-fashioned　bridges　like　arches,　girders,　etc.,　but　also　complex　bridges　like　suspension,　cable　stayed,　and　other　bridges　with　unique　characteristics.　Great　efforts　have　been　made　to　incorporate　into　the　system　the　features　like:　real-time　visualization,　online　spatial　queries,　comprehensive　analysis,　damage　pattern　recognition,　decision　making,　and　so　on.　The　objective　of　this　study　is　to　demonstrate　various　new　possibilities　that　Internet　and　GIS　technology　could　bring　to　bridge　construction　quality　inspection　and　evaluation,　through　the　design　and　implementation　of　the　Shenyang　WEBGIS-based　quality　inspection　and　evaluation　system　for　bridge　construction.　©2009　IEEE.