The　voltage　control　of　magnetism　has　attracted　intensive　attention　owing　to　the　abundant　physical　phenomena　associated　with　magnetoelectric　coupling.　More　importantly,　the　techniques　to　electrically　manipulate　spin　dynamics,　such　as　magnetic　anisotropy　and　ferromagnetic　resonance,　are　of　great　significance　because　of　their　potential　applications　in　high-density　memory　devices,　microwave　signal　processors,　and　magnetic　sensors.　Recently,　voltage　control　of　spin　waves　has　also　been　demonstrated　in　several　multiferroic　heterostructures.　This　development　provides　new　platforms　for　energy-efficient,　tunable　magnonic　devices.　In　this　review,　we　focus　on　the　most　recent　advances　in　voltage　control　of　ferromagnetic　resonance　and　spin　waves　in　magnetoelectric　materials　and　discuss　the　physical　mechanisms　and　prospects　for　practical　device　applications.