While　aiming　at　sustainable　synthesis,　organic　electrosynthesis　has　attracted　increasing　attention　in　the　past　few　years.　In　parallel,　with　a　deeper　understanding　of　catalyst　and　ligand　design,　3d　transition-metal　catalysis　allows　the　conception　of　more　straightforward　synthetic　routes　in　a　cost-effective　fashion.　Owing　to　their　intrinsic　advantages,　the　merger　of　organic　electrosynthesis　with　3d　transition-metal　catalysis　has　offered　huge　opportunities　for　conceptually　novel　transformations　while　limiting　ecological　footprint.　This　review　summarizes　the　key　advancements　in　this　direction　published　in　the　recent　two　years,　with　specific　focus　placed　on　strategy　design　and　mechanistic　aspects.　The　merger　of　organic　electrosynthesis　with　3d　transition-metal　catalysis　has　offered　huge　opportunities　for　modern　organic　synthesis.　This　review　summarizes　the　key　advancements　in　this　direction　published　in　the　recent　two　years.