A　full-Stokes　polarization　imaging　method　based　on　the　self-organized　grating　array　was　presented.　By　focusing　the　ultra-fast　laser　with　moderate　fluence　into　fused　silica,　the　self-organized　grating　array　was　fabricated,　featuring　the　optical　properties　similar　to　wave　plates.　A　set　of　four　independent　polarization　measurements　were　simultaneously　acquired　with　designed　grating　array　mounted　in　the　focal　plane　of　an　imaging　detector.　Experimental　results　including　the　device　fabrication,　calibration　and　optimization　were　presented.　Finally,　a　principle　verification　experiment　was　implemented　for　our　polarization　imaging　method.