The　building　wind　environment　in　coastal　areas　is　highly　complex　and　variable,　particularly　during　winter　when　strong　winds　prevail.　Understanding　the　influence　of　winter　winds　on　human　comfort　and　addressing　health　issues　caused　by　wind　noise　in　human　settlements　are　very　valuable　research　topics.　This　study　focuses　on　developing　strategies　to　optimize　the　wind　environment　in　dormitory　buildings　located　in　the　southern　coastal　area,　where　prolonged　periods　of　strong　winds　have　a　significant　impact.　Specifically,　we　investigated　the　current　wind　in　the　teacher-student　dormitory　at　Jinjiang　Campus　of　Fuzhou　University　through　questionnaire　surveys　and　field　measurements.　Additionally,　computational　fluid　dynamics　(CFD)　simulations　were　employed　to　evaluate　different　dormitory　layouts.　The　research　results　indicate　that　it　is　preferable　to　position　the　dormitory　areas　downwind　of　large-scale　buildings,　adopt　a　staggered　layout　instead　of　a　regular　determinant　layout　to　mitigate　the　narrow　tube　effect,　avoid　designing　large-scale　squares　in　the　center　of　the　dormitory　areas,　and　enclose　the　dormitory　groups　with　low-level　corridors.　These　findings　provide　valuable　guidance　for　the　optimizing　of　winter　windproof　designs　of　university　buildings　located　in　the　same　climatic　zone　along　the　southeast　coast.