Developed the ontology, ETL and validation mechanisms for a host-pathogen compatibility knowledge graph; data was used with graph neural networks to predict risk of viral spillover; creating the first knowledge base for host-pathogen interactions based on ecological events.Performed statistical and descriptive analysis of mental health and substance abuse claims for the District of Columbia; findings were used to inform policy makers on the mental health impacts of the COVID-19 pandemic, and the effectiveness of government programs.Backend development in Python and AWS, integrating SQL and NoSQL databases with a network proxy to build scalable infrastructure for data collection and processing, project is the first to collect wildlife-pathogen co-occurrence at a global scale (PHAROS).Policy analysis to identify current bottlenecks and possible solutions to privacy. With partners and important stakeholders, constructed a framework to address systematic privacy issues in the US.Head of R&D Committee, with other 3 peers created a process for automating and finding research opportunities for the faculty members.

Extensive code reviews of past and current projects to ensure proper functioning of data operations through CI/CD pipelines. Built data dictionaries to improve data access and maintainability.Backend development in Python and AWS Lambda Serverless framework, improving code maintainability,standardization, and ease of deployment.Reviewing projects in AWS to reduce costs.

Automation of logistic tasks, processing client orders and warehouse and delivery downstream tasks. Segmented users and products based on sells, removing least performing products from the catalog, reducing 8% of penalties for late deliveries. Managing logistics and warehouse costs in Monterrey, Guadalajara and Mexico City. Optimizing warehouse space reducing costs by 20%Negotiate prices on best performing products, reducing price by 10%.

Prototyping new polymeric materials for tissue engineering via gamma radiation polymeric grafting. Researching best conditions to synthesize and achieve desired properties and characterizing new prototypes through TGA, AFM and FT-IR.Built database to ensure methods and results from the laboratory and literature were capturedCollected and analyzed data retrieved from experiments and equipmentPrepared research reports for publication

Prototyping new metallodrugs with Sn(IV) and Schiff bases, evaluating metallic complexes for cytotoxicity, and noninflammatory activity. Characterizing new compunds via FT-IR, Raman, NMR, and mass spectrometry.Collected and organized data from research projects and experimentsHelped senior researchers in data analysis and interpretation