Body ownership depends on the integration of visual, tactile, and proprioceptive signals, but the neural mechanisms linking multisensory bodily integration to conscious awareness remain unclear. This preliminary EEG study examined whether posterior parietal alpha-band activity predicts temporal integration and perceptual awareness sensitivity during bodily self-perception. Seven participants completed a two-rubber-hand body ownership task and a matched synchronicity task while EEG was recorded. In each trial, participants made a two-alternative forced-choice judgement and rated the clarity of their perceptual experience. Behavioural analyses showed that Type-1 sensitivity increased with visuotactile asynchrony, indicating that the tasks captured sensitivity to temporal discrepancies between seen and felt touch. Temporal binding window estimates were narrower in the ownership task than in the synchronicity task. However, individual alpha frequency did not show the predicted negative association with temporal binding window width. Alpha peak power at individual alpha frequency was positively but non-significantly associated with meta-d′ in both tasks. These findings do not yet provide reliable evidence that alpha-band measures predict conscious awareness of body ownership information. Nevertheless, the study establishes a viable framework for linking psychophysical measures of body ownership, perceptual awareness ratings, and individualised EEG measures of alpha activity.