We　propose　a　method　to　design　shortcuts　to　adiabaticity　for　implementing　perfect　quantum　state　engineering　by　the　combination　of　the　counterdiabatic　driving　and　the　reverse　engineering　technique.　Based　on　the　method,　we　can　design　simple　schemes　to　realize　the　intended　dynamics.　For　the　sake　of　clearness,　we　apply　this　method　to　several　examples　including　two-level,　three-level　and　four-level　system.　We　show　that　fast　quantum　state　engineering　can　be　realized　by　utilizing　simply-designed　auxiliary　Hamiltonian.　Furthermore,　a　suitable　choice　of　the　control　parameters　can　eliminate　the　additional　couplings　in　the　introduced　auxiliary　Hamiltonian.　Numerical　simulation　reveals　that　the　constructed　scheme　is　reliable　and　robust　against　various　dissipation　effects　and　the　fluctuations　of　control　parameters　in　current　technology.　(C)　2017　Elsevier　Inc.　All　rights　reserved.