Neuroscience graduate with expertise in behavioral research and advanced laboratory techniques. Conducted research on stress effects on brain circuits and memory processes, developing Python models to quantify stress responses. Contributed to significant studies on memory consolidation, demonstrating strong analytical and technical skills. Prepared to advance knowledge in neuroscience research and aspire to pursue a PhD in the field.
Work History
Student Laboratory Volunteer
Dr. Anthony Burgos - Robles Lab, UT San Antonio
01.2026 - Current
Computational Behavioral Analysis: Developing and implementing Python-based computational models to quantify mice locomotion and stress-response patterns, with a primary focus on leading a behavioral manuscript for publication in Summer 2026.
Investigated impact of repeated stress on amygdala-cortical circuits, clarifying their role in modulating complex social grouping dynamics and motivation.
Contributed to longitudinal studies examining mechanisms of sleep-facilitated memory consolidation in rodent models, enhancing understanding of memory processes.
Education
Bachelor of Science - Neuroscience
The University of Texas
San Antonio
05-2026
Skills
Laboratory techniques
Sample preparation
Animal handling
Immunohistochemistry
Experimental design
Data analysis
Data interpretation
Behavioral analysis
Scientific writing
Research collaboration
Research Projects, Presentations, and Reports
Biomedical Ethics Podcast The Injustice of The Healthcare Project Presentation and Report System For Undocumented Immigrants, University of Texas, San Antonio Undergraduate Research Week
Stress-Induced Alterations in Group Behavioral Dynamics, Special Studies Oral/Powerpoint Presentation and Report
Intergenerationally Inherited Fear; Epigenetic Shifts in Mice Stress Responses, Biomedical Ethics Project Report An Ethical Dilemma: Medical and Research Bias
Let's Talk Optogenerics, Special Studies Oral/Powerpoint Presentation and Report
Serotonergic Systems as a Learning Pathology, Neurobiology Lab Oral/Powerpoint Presentation and Report
Effects of Caffeine and Angle on the Crayfish Nervous System, Neurobiology Lab Oral/Powerpoint Presentation and Report
Rhyme and Reason
Specialized Courses
Neuropsychopharmacology
Brain Diseases
Brain and Behavior
Cognitive Neuroscience
Computational Neuroscience
Neurobiology
Special Studies in Learning and Memory
Research Techniques
Histology & Immunohistochemistry (IHC): Specialized tissue processing and protein tagging to map neural pathways.
Behavioral Assays: Conducting high-precision stress tests and locomotion tracking.
Data Analytics: Utilizing computational tools to transform raw behavioral data into statistically significant neural insights.