Engineering Functional Tissues

I am passionate about leveraging novel additive manufacturing and 3D bioprinting technologies to advance regenerative medicine and tissue engineering.

Discover My Work

About Me

I am an Assistant Professor and Research Scientist at the Uniformed Services University's 4DBio3 Center for Biotechnology, with a deep-seated passion for Materials Science and Bioengineering. My research focuses on pioneering new technologies in 3D bioprinting, creating organ-on-chip models, and engineering functional tissues like cartilage and bone.

Educated at Virginia Tech (Ph.D.) and Cornell University (B.S.), my goal is to bridge the gap between fundamental research and clinical application. I am dedicated to developing practical solutions for regenerative medicine and addressing critical medical needs in challenging environments, while also mentoring the next wave of scientific innovators.

3D Bioprinting
Tissue Engineering
Bioink Formulation
Organ-on-a-Chip
Nicholas Chartrain working with a bioprinter in the lab

Research Spotlight

Multi-Material Tissue Scaffolds

A key area of my research involves the fabrication of complex, multi-material scaffolds using vat photopolymerization. This image showcases a 3D printed construct designed to direct cell adhesion and growth in three dimensions.

These scaffolds are crucial for engineering functional tissues, as they can mimic the native architecture of biological structures and guide cellular processes.

3D printed multi-material tissue scaffold

Career Journey

Apr 2024 - Present

Assistant Professor

Uniformed Services University

Jan 2022 - Present

Research Scientist

4D Bio3 Center for Biotechnology

Mar 2020 - Jan 2022

Postdoctoral Research Fellow

4D Bio3 Center for Biotechnology

Aug 2013 - Dec 2019

Ph.D. & Graduate Research

Virginia Tech

Selected Publications

Let's Collaborate

I am actively seeking new collaborations and discussions on research frontiers. If my work resonates with you, please feel free to connect at nickchartrain [at] gmail [dot] com.