The individualized transcranial magnetic stimulation (TMS) rehabilitation system based on brain-computer interface makes TMS treatment more accurate and personalized by integrating MRI image data and EEG signals. The core of this technology lies in the optical navigation system guided by brain images, combined with real-time feedback of EEG signals to form a closed-loop control, thus optimizing the individual adjustment of stimulation parameters. The innovation of this technology not only shows great potential in the treatment of neuropsychiatric diseases, but also promotes the in-depth exploration of the cognitive process of the brain. Intelligence is a significant feature of this system. Traditional TMS systems rely on manual positioning, which is complex to operate and susceptible to human errors. The TMS optical manual/automatic navigation system independently developed by our team, with its high-precision optical positioning technology, enables the stimulation accuracy to reach less than 2mm, which greatly improves the effectiveness and safety of clinical treatment. Combined with the automatic navigation function of the robot arm, the doctor only needs to set the target area in the system, and the robot arm can autonomously locate and perform TMS stimulation, which not only simplifies the operation process, but also reduces the workload of medical personnel. Under the theme of "smart change life", this TMS rehabilitation system shows the disruptive application of intelligent technology in the medical field. It breaks through the limitations of traditional treatment. Through intelligent, individualized and precise methods, it not only provides patients with more effective treatment plans, but also promotes the progress of neuroscience research. The popularization and application of this technology will change the treatment of neuropsychiatric diseases in the future, so that science and technology can empower health, so as to truly realize the vision of intelligent life-changing.