- Perform virtual library screening of 5,000+ compounds, along with 3D structure analysis and computer-aided engineering/design of small molecules and biomolecules/proteins.- Implemented a peptide-binding optimization algorithm, reducing simulation runtime and improving prediction accuracy.- Oversaw the product lifecycle of bioinformatics tools, leveraging market analysis to guide strategic business decisions and shape product roadmaps.- Provided market intelligence to develop business cases and GTM strategies for new service offerings.

- Oversaw multiple research projects, ensuring timely reporting and alignment with lab objectives.- Facilitated effective communication with collaborators, ensuring seamless coordination and successful project alignment.- Utilized Molsoft ICM software to design, optimize, and assess specific compounds and peptide ligands for effective binding to target receptors.- Developed and implemented Python-based automation workflows to analyze and categorize extensive AI-generated binder datasets, optimizing the identification of high-quality leads.

- Designed and scripted automated peptide mutation workflows in Python to streamline residue determination and enhance ligand binding optimization.- Collaborated on pharmaceutical industry proposals and conducted comprehensive market research to support strategic initiatives.

- Conducted comprehensive market research and customer feedback analyses to identify target audiences, improve product offerings, and ensure alignment with market demands.- Devised pricing strategies and developed financial models, resulting in a 20% increase in profitability.- Successfully launched 25 products, overseeing project timelines, coordinating internal communication, and driving marketing campaigns.

Project I: Disease-associated variants in RNA untranslated regions contribute to translation efficiency- Prepared and constructed the samples for luciferase assay to verify the selected candidates.- Skilled in wide-range of molecular biology assays, including cloning (e.g. Gibson assembly), transformation, PCR, gel electrophoresis, sterile cell culture, transfection, DNA/RNA extraction etc.Project II: Impaired innate immune system in human RNA lariat debranching enzyme (DBR1) knock-out cells - Examine the cell viability and viral replications in DBR1 KO cells upon HSV-1 infection with flow cytometry (FACS) and real-time PCR.