Bioengineer specializing in 3D cell culture, microfluidics, and stem cell differentiation. I build complex in-vitro models, engineer biomaterials, and develop computational frameworks—deploying this multidisciplinary toolkit to solve intersecting biological, chemical, and mechanical challenges in regenerative medicine. Currently leading R&D at Cytiva.
Scientist
Cytiva · Logan, UTLeading R&D initiatives in upstream bioprocessing and cell culture media optimization. Designing experimental workflows for scalability and reproducibility.
Graduate Research Assistant
University of Notre DameEngineered synthetic biomaterials for lymphatic morphogenesis. Developed high-efficiency stem cell differentiation protocols utilizing novel hydrogel composites.
Graduate Research Assistant
Southern Illinois UniversityFocus on Mechanical Engineering and material characterization. Conducted finite element analysis on biological tissues.
Experimental & Wet Lab
Computational & Engineering
Rapid stem cell to lymphatic endothelial cell differentiation protocol using lentiviral transduction. Achieved >95% efficiency.
Uncovering bioelectric mechanisms (ion channels, Vmem) that orchestrate mesodermal-to-endothelial cell fate decisions.
"...Sanjoy led cutting-edge research resulting in impactful publications... His leadership was instrumental in spearheading the development of a pending patent for novel Biomaterials... one of the articles was selected as a front cover in journal Biomaterials Science."
"...incredibly helpful, knowledgeable, and hard working. He is able to clearly communicate ideas, is skilled in data interpretation and analysis, and is able to juggle multiple projects at the same time."