An apparatus and method for brain training, including at least one first vibratory stimulation unit configured to generate vibratory stimuli with the users skull at least one second vibratory stimulation unit configured to generate vibratory stimuli with the users body movement senses at least one brain wave detecting unit configured to detect the brain wave of the user and a controlling unit configured to connect with and control the visual stimulation unit, the first vibratory stimulation unit, the second vibratory stimulation unit and the brain wave detecting unit. By using the apparatus, the user can trigger active different parts area of brain to respond to the stimulations in a non-invasive way to improve the metabolism of brain tissue and help the neurons-to-neurons communication, which would be used in different occasions to improve the learning ability of users.
