An　accurate　method　to　calculate　the　two　dimensions　Green＇s　functions　in　a　magneto-electro-elastic　and　multilayered　plates　is　presented.　Firstly,　in　order　to　find　approximately　the　complex　wave　numbers　which　represent　propagating,　non-propagating　and　evanescent　modes,　the　strip　element　method　is　employed.　Based　on　these　approximated　wave　numbers　and　the　exact　dispersion　equation　obtained　by　propagation　matrix　method,　the　Muller＇s　method　is　used　to　solve　the　accurate　wave　numbers.　Then　the　Green＇s　functions　in　a　magneto-electro-elastic　multilayered　system　are　derived　with　the　modal　summation　technique　and　propagation　matrix　method.　Finally,　several　numerical　examples,　including　pure　elastic　and　magneto-electro-elastic　multilayered　plates　are　used　to　check　and　illustrate　the　formulations　presented　in　this　paper.　And　the　influences　of　different　stacking　sequences　and　loads　on　the　Green＇s　functions　of　the　multilayered　system　are　analyzed　and　pointed　out.