I'm a 5th-year Bioengineering Ph.D. candidate at Stanford developing low-cost, high-throughput 3D-printing technologies for biofabrication of cardiac tissues in Mark Skylar-Scott's 3D-Bioprinting Lab.

I have extensive experience in 3D computer-aided design (CAD), mechanical device prototyping, bioprinting, and tissue engineering. I use 3D bioprinting technologies, particularly novel multinozzle printheads, to fabricate soft-material structures such as silicone elastomers, photocurable hydrogels, and cell-laden engineered tissues. The biological applications of my fabrication work include the printing of custom-geometry heart valves and small-scale cardiac and stem cell tissue models, which I use to study function, growth, and maturation.

I am currently seeking a full-time R&D position beginning in fall 2025 where I can blend these engineering disciplines to develop impactful technologies with applications in biomedical engineering, pharmaceuticals, environmental sustainability, and beyond.