 
                                Takahiro Manabe
Biomedical Engineering Master's Student at Northwestern
I am currently a second-year Master's student in the 
                                            Biomedical Engineering
                                            program at Northwestern University, supervised by 
                                            Dr. Marc Slutzky 
                                            and co-supervised by 
                                            Dr. Joshua Glaser.
                                            I completed my bachelor's thesis at Meiji University under the guidance of
                                            Dr. Yumie Ono,   
                                            while also gaining experience as a research assistant at the University at Buffalo (SUNY Buffalo) and the University of Lincoln under 
                                             Dr. Anirban Dutta.
                                            
                                            My main research focus lies in understanding brain functions to design novel computational tools 
                                            for decoding/encoding neural activity for applications such as neuroprosthetics and neurorehabilitation. 
                                            
                                            For my master's thesis, I am currently investigating neural signatures associated with speech intent in non-frontal brain regions, 
                                            aiming to decode distinctive phoneme features and ultimately establish a speech brain-computer interface (BCI) for aphasic patients with frontal lobe damage. 
                                            My previous projects include developing objective metrics for surgical skill assessment (Manabe et al. 
                                            2022, 
                                            2023, 
                                            2024) 
                                            and studying effective connectivity in stroke neurorehabilitation (Manabe et al. 2023 and 
                                            Kanaizuka et al. 2023).