About Me
I am a bioengineering professional combining expertise in AI/ML, protein language model fine-tuning, and molecular dynamics with bench experience in biochemistry, expression, molecular biology, and immunology. I am passionate about integrating experimental approaches with computational methodologies in the realm of drug discovery and therapeutic development.
During my Ph.D., I studied intrinsically disordered proteins, targeting them as therapeutics for Alzheimer’s disease and COVID-19. At a startup, I enhanced my ability to adapt quickly and innovate in a fast-paced environment, contributing to multiple patent applications as an inventor, primarily focusing on protein enzyme engineering.
Currently, I work on single-cell RNA technologies and computational protein engineering, including the optimization of antibodies using machine learning approaches—particularly with large language models. As an entrepreneur, I am passionate about translating scientific innovations into real-world solutions and fostering collaborative environments that drive impact.
I prioritize collaboration and continuous learning, approaching each project with curiosity and a commitment to making a meaningful impact. I value working collaboratively and cultivating a culture of respect, humility, and open knowledge-sharing. I believe that real progress happens when diverse minds come together with curiosity and a shared purpose.