The　development　of　new　metal-organic　frameworks　(MOFs)　thin　films　is　important　for　expanding　their　functions　and　applications.　Herein,　we　first　report　a　new　kind　of　MOF　thin　film　by　using　aggregation-induced　emission　(AIE)　dicarboxyl　ligand　through　a　liquid-phase　epitaxial　(LPE)　layer-by-layer　(LBL)　spraying　method　(named　AIE　surface-coordinated　metal-organic　frameworks　thin　film,　AIE-SURMOF).　The　obtained　AIE-SURMOF　Zn4O(TPE)3　(ZnTPE)　has　highly　growth　orientation　and　homogeneous　thin　film,　showing　strong　fluorescent　property.　Furthermore,　by　loading　chiral　guest　in　the　MOF　pore,　the　formed　chiral　encapsulated　AIE-SURMOF　can　clearly　indicate　obvious　circularly　polarized　luminescence　performance　with　glum　of　0.01.　This　study　provides　new　MOF　thin　film　and　new　strategy　for　expanding　function　and　application　of　MOF　materials.　A　new　kind　of　metal-organic　framework　(MOF)　thin　film　were　prepared　by　using　aggregation-induced　emission　(AIE)　based　ligand　through　a　liquid-phase　epitaxial　(LPE)　layer-by-layer　(LBL)　spraying　method,　which　is　named　AIE　surface-coordinated　metal-organic　frameworks　thin　film　(AIE-SURMOF).　The　obtained　AIE-SURMOF　has　highly　growth　orientation　and　homogeneous　thin　film,　showing　strong　fluorescent　property.　Furthermore,　by　loading　chiral　guest　in　the　MOF　pore,　the　formed　chiral　encapsulated　AIE-SURMOF　can　clearly　indicate　obvious　circularly　polarized　luminescence　performance.　image