Creative　thinking　is　the　key　factor　of　the　product　innovation　design,　and　Bionic　interaction　design　is　a　completely　new　method　to　achieve　the　creative　design.　In　order　to　increase　the　abrasion　resistance　and　reduce　the　natural　frequency　of　automobile　disc　brake,　and　then　weaken　the　brake　squeal,　the　brake　is　designed　from　bionic　points.　Firstly,　the　brake　is　modeled　at　four　levels　of　the　function,　principle,　behavior　and　structure　to　fully　express　the　internal　relationship　of　the　product;　similarly,　the　corresponding　biological　system　is　modeled　with　function,　strategy,　action　and　structure　based　on　the　HIM.　Meanwhile,　considering　the　synergistic　effect　of　multiple　organisms,　a　multi-level　Cooperative　Mapping　Mechanism　based　on　multi-biological　principle　is　raised　to　design　the　brake　scheme.　Secondly,　thermodynamic　and　modal　analysis　of　the　bionic　brake　scheme　is　done.　Finally,　the　bionic　structure　is　parameterized　designed　based　on　numerical　simulation　to　verify　the　feasibility　and　effectiveness　of　the　proposed　method.　©　2020,　Springer-Verlag　France　SAS,　part　of　Springer　Nature.