Computational Biology · Psychophysiology · Applied Measurement

M.S. Biology (Computational Molecular Evolution) · Adjunct Professor, Texas A&M University-San Antonio
Psicoterapeuta Didactico Endocentrico, IIEPS · ~10 years clinical & research experience

I work at the intersection of computational methods and physiological measurement. My research bridges structural bioinformatics (protein adaptation in extreme environments), psychophysiological measurement (EEG, HRV, CES), and the development of applied tools rooted in Endocentric Psychology.

Currently seeking PhD opportunities in psychophysiology and health psychology, with particular interest in labs integrating computational and physiological approaches to understanding human experience.

Computational Molecular Evolution — Used AlphaFold2 to investigate protein structural adaptation in cave-adapted shrimp (Typhlatya), comparing predicted structures and confidence metrics across surface and subterranean populations. Multivariate and gene-level analyses in R. updatedthesisnowlitreview-showcase — Manuscript, figures, and data tables

Psychophysiological Measurement — Experience developing and documenting EEG and CES (cranial electrotherapy stimulation) protocols for research contexts, with focus on non-invasive approaches and historical apparatus review. science-of-exceptions-apparatus-showcase — Architecture and research framework documentation

moonappnaturalcycles — Privacy-first progressive web app for natural cycle tracking. React, TypeScript, Vite. Designed with HIPAA-grade security considerations. moonappnaturalcycles-showcase

endocentricdreamapp1 — Mobile/web journaling application supporting structured dream logging within the Endocentric Psychology framework. endocentricdreamapp1_Public_Showcase

Anatomy & Physiology and General Biology at TAMU-SA.

Python R TypeScript React Vite AlphaFold2 EEG/HRV systems Git

Open to collaboration and PhD mentorship conversations.