Cognitive impairments have long been accepted as core features of schizophrenia that contribute significantly to disability and are generally treatment refractory. Numerous neuropsychological studies demonstrate a broad range of measurable cognitive deficits in Schizophrenia including impairments in attention, working memory (WM), episodic memory, processing speed and executive functions. Despite the enormous importance of cognitive symptoms, there are still no satisfying treatment options in clinical practice. Noninvasive brain stimulation (NIBS) techniques have been proposed as new treatment options for cognitive deficits. The term NIBS summarizes various techniques, including repetitive transcranial magnetic stimulation (rTMS) and its variants. Hence, attempts have been taken to design specific strategies that improve the cognitive deficits. Most of the studies of cognition has been done on dLPFC for cognition. At present, repetitive intermittent theta burst stimulation (iTBS) is a more novel form of rTMS. iTBS is a new form of NIBS, that is characterized by the delivery of 600 pulses within 3 minutes. It produces an increase in motor cortex excitability in a short time, and its excitatory effect may be superior to that of rTMS. Stimulating the dmPFC may increase the integration of information that would otherwise be processed in parallel to those important for self relevant processes. This embedding of information pertaining to the other could potentially explain how humans are able to represent the perspective of others and attribute observable behaviour to unobservable mental attributes. Based on an extensive review, Van Overwalle (2011) concluded that the mPFC is preferentially engaged in social cognition. Studies on rTMS on dmPFC for cognitive symptoms in schizophrenia are lacking. There is however one study been done on dmPFC stimulation on social cognition (Razafimandimby, A et al.,2016). Hence in this study other domains of cognitive deficits would be looked for the effects of iTBS.