Scientist with extensive experimental, computational, and clinical research experience, translating biomedical observations into mathematical models
Fulbright Postdoctoral Fellow
Modeling cancer using 20 million cells and 200+ spatial proteomes
Scientist (Postdoctoral Researcher)
Spatial Proteomics Lab (Fabian Coscia), Max Delbrück Center
March 2024 – May 2025 | Berlin, Germany | 40h/wk
Built a parallelized modular image pipeline for analyzing 150+ TMA cores, including new methods for noise reduction, quantification, and thresholding
Developed composite method to segment 65k cells in 1mm biopsies, capturing diverse morphologies without retraining neural network
Trained random forest to enable generalized automated thresholding with spatial data (F1 = 0.93, n = 16k), avoiding manual user annotations
Doctoral Student
Faculty of Life Sciences, Humboldt University of Berlin
July 2023 – January 2024 | Berlin, Germany | 40h/wk
Adapted ecological differential equations set to model inflammation
Doctoral Fellow
Visualization of Immune Signaling Lab (Marcus Taylor), Max Planck Institute for Infection Biology
April 2019 – June 2023 | Berlin, Germany | 40h/wk
Developed an end-to-end image analysis pipeline by self-teaching Python, Java, and R, enabling single-click analysis
Applied phase portrait analysis to molecular dynamics with physicists
Trained 13 experimentalists in computing, transforming the lab to data-driven research
Cultured mammalian cell lines, functionalized supported lipid bilayers, and used TIRF microscopy to image reconstituted cell-cell interactions
Graduate Research Assistant
Synthetic Biology Lab (Sebastian Schmidl), Texas A&M International University
February 2016 – August 2018 | Laredo, Texas, USA | 20h/wk
Evolved E. coli to >10,000× higher ampicillin MIC, deriving a model of antibiotic resistance dynamics
Ran 200+ proteome comparisons for new astrobiological signatures
Research Assistant II
Matrix Biology Lab (Raghu Kalluri), MD Anderson Cancer Center
October 2014 – December 2015 | Houston, Texas, USA | 40h/wk
Investigated the link between fibrosis and cancer using mice models; contributions acknowledged in Nature and Science Signaling
Independently performed breeding, genotyping, western blots, microscopy, and histology
Managed procurement (~$50,000/year)
Designed system to organize and genetically screen 1000+ mice cages
Ph.D. (Dr. rer. nat.) in Theoretical Biophysics, Magna cum laude
Humboldt University of Berlin
May 2020 – Jan. 2024 | Germany
M.Sc. in Biology
Texas A&M International University
Apr. 2016 – Dec. 2017 | USA
B.Sc. in Biology, Minor in World Affairs
Baylor University
Aug. 2009 – Aug. 2014 | USA
Fulbright Postdoctoral Fellowship – US Department of State
2025 – Present | USA
Top 13%.
First Place, Public Choice – Helmholtz Association
June 2025 | Germany
Scientific image, top 1%. Awarded €600
Full-Ride Scholarship (Physiology Course) – Marine Biological Laboratory
June 2022 – July 2023 | USA
Top 15%. Awarded $8,595
Participant, Technical Community
United Nations Internet Governance Forum
Oct. 2023 – Present | Rotating
Discussed implications of AI for biomedical research, food security, and weapons of mass destruction
Scientific Advisor
Independent
Apr. 2020 – July 2020 | Remote | 15h/wk
Forecasted COVID-19 spread for Laredo City Council (pop. 255k) to plan state/federal aid
Featured in TV/radio interview on COVID-19 forecasts
Presented COVID-19 projections for Puerto Rico (pop. 3.3M) on state TV
Full list: Link
Spanish (native)
English (native)
German (CEFR B1)
Italian (CEFR B1)
Molecular biology (PCR, western blots), cell cultures (mammalian, yeast, bacterial)
Drug discovery (IC-50), antibiotic resistance (MIC)
Mice (surgery, histology, protocol writing)
PyTorch, TensorFlow, Caret (R)
Classification, dimensionality reduction, regression analysis
Python (numpy, pandas, ray, matplotlib, scikit, scipy, SciJava, Pillow)
R (tidyverse, data.table, parallel, ggplot2)
HPC (SLURM), cloud computing (Google Colab)
Python (OpenCV, scikit-image), ImageJ/FIJI
Segmentation, particle tracking, noise reduction, TMA analysis, colocalization, 3D reconstruction, texture analysis
Comparative proteomics, genomics, sequence alignment, plasmid design
Ethics committee (IRB) protocols, patient data collection, molecular diagnostics, epidemiology
Light, confocal, TIRF, SEM, structured illumination (super-resolution)