Bridging Wet-Lab & Computation
Biochemist with a B.S. from Arizona State University, interested in Molecular Biology, Data Analysis, and AI-driven Biomedical Discovery.
About Me
I am a Biochemistry graduate from Arizona State University with a strong interest in research that bridges molecular biology, data analysis, and emerging computational methods.
My academic path specializes in how biological systems function at both the experimental and data-driven levels. Through upper-division coursework and applied projects, I have gained hands-on experience with molecular biology techniques while simultaneously pursuing computational research projects using Python and PyTorch.
Education
B.S. in Biochemistry
Arizona State University (Graduated May 2026)
Certifications
Research
Curious about applying AI-driven modeling to biochemical and immunological systems.
Coursework & Projects
Protein Binding Topology
Modeled IgG antibody–peptide binding using 246K peptide array data. Built PyTorch neural networks to predict binding strength and visualize antibody recognition landscapes.
Comparative Immune Response Modeling
Compared IgG binding data from Chagas, Dengue, and West Nile Virus cohorts using ANOVA and unsupervised clustering to identify immune signatures.
Nivolumab Binding Analysis
Modeled the binding of Nivolumab (anti-PD-1) across peptide arrays. Identified potential off-target proteins and analyzed biological implications.
Genomic DNA Extraction & PCR
Performed DNA extraction and PCR screening for genetic modification. Analyzed results with gel electrophoresis and aseptic technique.
Technical Expertise
Programming & ML
- Python (Advanced)
- PyTorch (Regression, NN)
- MATLAB
- Tableau
Research Tools
- Excel & Access
- SAS
- Zotero
- Data Analysis
design & Creative
- Adobe Creative Cloud
- AI Design Tools
Professional Experience
GenAI for Proposal Generation
EAB Global, Inc. (Forage Simulation)
Drafted university partnership proposals using ChatGPT and data-driven strategies. Translated stakeholder insights into ROI-focused content.
Head Start Assistant
Minnesota Valley Action Council
Supported classroom operations, behavior interventions, and child development documentation. Collaborated with families to meet Head Start Performance Standards.
Posters & Presentations
- L-DOPA Synthesis: Presented a poster visualizing thermodynamic and kinetic advantages using raw data from Goura et al. (2024).
- CRISPR Editing Research: Reviewed and presented on CRISPR editing of eIF(iso)4E in Arabidopsis for potyvirus resistance (Pyott et al., 2015).
Get In Touch
I am seeking early-career research and professional opportunities in biochemistry and computational biology.