Graduate Student Mentor
Yoshua Lima-Carmona
School/Affiliation University of Houston
Major Electrical Engineering
Biosketch Yoshua E. Lima-Carmona is a Biomedical Engineer from Tec de Monterrey (Mexico), where he had the opportunity to develop professionally by working as an Undergrad Research Assistant and as a Program Manager of the Advanced Learner Assistance System (ALAS) research project.
His experience also includes a full-time professional research internship in the Noninvasive Brain Machine Interface Systems Lab at the University of Houston, where he improved his research laboratory skills and learned about the good practices in Biomedical Engineering focused on the field of Neuroengineering by working on the Brain on Acting (BoA) project, which seeks to understand the neural basis of acting. Additionally, he participated as presenter of the BoA project at the Society for Neuroscience Annual Meeting 2023 in Washington DC.
As part of his contributions, they extend to publications that illuminate the evolving landscape of biomedical research, including works such as “Evolution, applications and trends in the merging of BMI and IoT technologies: a Review”, ”Data descriptor: Mobile brain-body imaging and audio-visual data of theatrical actors during rehearsal and performance”, “Wearable Biosensor Technology in Education: a Review”, “An EEG Dataset of Subject Pairs During Collaboration and Competition Tasks in Face-to-face and Online Modalities”, “Shared neural dynamics of actor-actor dyads during an acted scene”. These publications underscore his commitment to advancing knowledge at the intersection of technology and neuroscience.
Currently, he’s working as a Research Assistant at the Noninvasive Brain Machine Interface Systems Lab at University of Houston, while he seeks to start his PhD studies in Electrical Engineering during the Fall-2024.
His experience also includes a full-time professional research internship in the Noninvasive Brain Machine Interface Systems Lab at the University of Houston, where he improved his research laboratory skills and learned about the good practices in Biomedical Engineering focused on the field of Neuroengineering by working on the Brain on Acting (BoA) project, which seeks to understand the neural basis of acting. Additionally, he participated as presenter of the BoA project at the Society for Neuroscience Annual Meeting 2023 in Washington DC.
As part of his contributions, they extend to publications that illuminate the evolving landscape of biomedical research, including works such as “Evolution, applications and trends in the merging of BMI and IoT technologies: a Review”, ”Data descriptor: Mobile brain-body imaging and audio-visual data of theatrical actors during rehearsal and performance”, “Wearable Biosensor Technology in Education: a Review”, “An EEG Dataset of Subject Pairs During Collaboration and Competition Tasks in Face-to-face and Online Modalities”, “Shared neural dynamics of actor-actor dyads during an acted scene”. These publications underscore his commitment to advancing knowledge at the intersection of technology and neuroscience.
Currently, he’s working as a Research Assistant at the Noninvasive Brain Machine Interface Systems Lab at University of Houston, while he seeks to start his PhD studies in Electrical Engineering during the Fall-2024.