In　recent　years,　interest　in　BIM　and　GIS　applications　in　civil　engineering　has　been　growing.　For　bridge　engineering,　BIM/GIS　applications　such　as　simulation,　visualization,　and　secondary　development　have　been　used　to　assist　practitioners　in　managing　bridge　construction　and　decision-making,　including　selection　of　bridge　location　maintenance　decisions.　In　situ　3D　modelling　of　existing　bridges　with　detailed　images　from　UAV　camera　has　allowed　engineers　to　conduct　remote　condition　assessments　of　bridges　and　decide　on　required　maintenance　actions.　Several　studies　have　investigated　the　applications　of　BIM/GIS　technology　on　bridge　projects.　However,　there　has　been　limited　focus　on　reviewing　the　outcomes　of　these　studies　to　identify　the　limitations　of　BIM　and　GIS　applications　on　bridge　projects.　Therefore,　the　aim　of　this　study　was　to　review　the　research　on　BIM/GIS　technology　applications　in　bridge　projects　over　the　last　decade.　Using　a　systematic　review　process,　a　total　of　90　publications　that　met　the　inclusion　criteria　were　reviewed　in　this　study.　The　review　identified　the　state-of-the-art　methods　of　BIM　and　GIS　applications,　respectively,　at　the　planning　and　design,　construction,　and　operation　and　maintenance　phases　of　bridge　projects.　However,　the　findings　point　to　segregated　application　of　BIM　and　GIS　at　all　phases　of　bridge　projects.　The　findings　of　this　study　will　contribute　to　guiding　practitioners　in　selecting　appropriate　BIM　and　GIS　technologies　for　different　aspects　of　bridge　projects.