This　research　presents　a　novel　solution　heat　treatment　hot　forming　and　quenching　(SHQ)　technique　for　creating　high-strength　and　precise　aluminum　alloy　sheet　parts.　The　study　involves　three　primary　parts:　characterization　of　the　viscoplastic　behavior　of　AA6061-T6　condition,　investigation　of　the　mechanical　properties　of　commercially　available　AA6061-T6　alloy　aged　to　varying　degrees,　and　the　development　of　a　hot-forming　process　to　compensate　for　poor　formability　at　room　temperature.　The　FE　model　was　used　to　simulate　heated　die-forming　tests　based　on　experimental　data　gathered　from　high-Temperature　tensile　testing.　The　accuracy　of　the　FE　model　was　verified,　and　the　results　showed　excellent　agreement　between　the　FE　model　and　the　experimental　data.　The　findings　provide　valuable　insights　for　the　development　of　a　novel　hot-forming　technique　for　aluminum　alloys,　which　could　be　used　in　the　aerospace　and　automotive　Industries.　　©　2023　The　Authors.