DATA ANALYST

Columbia Univeristy Medical Center, New York City, NY

• Identify genetic factors involved in various forms of hereditary diseases, including neurodevelopmental disorders, hearing loss, and skeletal disorders
• Synthesized current medical data to produce reports and polished presentations, highlighting findings and recommending changes.
• Track molecular causes by integrating various technologies, including genomics, transcriptomics, and epigenomics
• Developed database objects, including tables, views and materialized views using SQL.
• Coordinated statistical data analysis, design, and information flow.
• Built library of models and reusable knowledge-base assets to produce consistent and streamlined results.

Technologies: Python, JupyterNotebook, Conifer, Galaxy, Docker, Git, Bash

PAID RESEARCH INTERN

Georgia Tech Research Institute, Atlanta, GA

• Developed, prototyped and tested quality, performance and compliance of different components and systems.
• Synthesized lead selenide quantum dots and aerosol jet-printed infrared displays
• Publication: A Robust Cation-Exchange Route to Stable Infrared-Emitting Chemical-Composition-Gradient Quantum Dots, Nanoscale

RESEARCH INTERN

Northern Illinois University, DeKalb, IL

• Performed anodization of titanium leading to TiO2 for biomedical applications not limited to bone regeneration
• Learned the deposition of iron on the surface of TiO2 nanotubes
• Publication: Surface Treatment of Titanium by Anodization and Iron Deposition; Mechanical and Biological Properties, Journal of Materials Research

BIOINFORMATICS SOFTWARE INTERN

myGenomics, Atlanta, GA

• Analyzed the hereditary risk for the development of cancers and diseases such as Parkinson’s, Alzheimer’s, and Hypocholesterolemia through manipulating and managing data with R, python, and UNIX tools
• Maintained database of patient information through mySQL (database management software), constructed entity relationship diagrams (ER Diagrams), and queried relational databases
• Detected mutations through DNA sequencing and fragment analysis with illumina
• Manage large dataset collections including analytical results and data quality
• Interpreted results of routine tests of DNA extraction

Technologies: R, Python, UNIX, illumina

RESEARCH INTERN

Rutgers University, Newark, NJ

• Researched the 3D topography, mechanical properties, adhesion, chemical informations by functionalizing probe tip, electrical conductivity, thermal conductivity, electrostatic forces, and magnetic forces of different materials
• Performed Atomic Force Microscopy measurements on a soft Polydimethylsiloxane (PDMS) sample and a PDMS-epoxy sample to acquire their nanomechanical properties
• Publication: Rapid Broadband Discrete Nanomechanical Mapping of Soft Samples on Atomic Force Microscope, Nanotechnology

Technologies: Atomic Force Microscope (AFM)