Vertical　cavity　surface-emitting　lasers　(VCSELs)　have　made　indispensable　contributions　to　the　development　of　modern　optoelectronic　technologies.　However,　arbitrary　beam　shaping　of　VCSELs　within　a　compact　system　has　remained　inaccessible　until　now.　The　emerging　ultra-thin　flat　optical　structures,　namely　metasurfaces,　offer　a　powerful　technique　to　manipulate　electromagnetic　fields　with　subwavelength　spatial　resolution.　Here,　we　show　that　the　monolithic　integration　of　dielectric　metasurfaces　with　VCSELs　enables　remarkable　arbitrary　control　of　the　laser　beam　profiles,　including　self-collimation,　Bessel　and　Vortex　lasers,　with　high　efficiency.　Such　wafer-level　integration　of　metasurface　through　VCSEL-compatible　technology　simplifies　the　assembling　process　and　preserves　the　high　performance　of　the　VCSELs.　We　envision　that　our　approach　can　be　implemented　in　various　wide-field　applications,　such　as　optical　fibre　communications,　laser　printing,　smartphones,　optical　sensing,　face　recognition,　directional　displays　and　ultra-compact　light　detection　and　ranging　(LiDAR).　Non-intrusive　integration　of　metasurfaces　with　vertical　cavity　surface-emitting　lasers　enables　fully　arbitrary　wavefront　control　for　directional　laser　emission.