Principal Investigator

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MS in Biomedical Engineering  Student

Research Areas: Tissue Engineering, Additive Manufacturing, Neural Regeneration

DO of Osteopathic Medicine Student - Summer Medical Research Fellowship (SMRF) Program 

Research Areas: Orthopedics, Medical Textiles, Sutures

PhD in Biomedical Engineering Student

Research Areas: Orthopedic Engineering, Nanoyarn Engineering, Medical Textiles, Sutures

 PhD in Biomedical Engineering Student

Research Areas:  Laser Zone Drawing, Polymer Nanofiber Engineering, Nanoyarn Engineering

 MS in Biomedical Engineering  Student

Research Areas:  Protein Nanofiber Engineering, Tissue Engineering

PhD in Biomedical Engineering Student

Research Areas: Laser Zone Drawing, Polymer Nanofiber Engineering

MS in Mechanical Engineering Student

Research Areas: Centrifugal Spinning, Polymer Nanofiber Engineering, High Throughput Nanofiber Manufacturing

BS in Biomedical Engineering  Student

Research Areas:  Tissue Engineering, Additive Manufacturing, Neural Regeneration  

BS in Mechanical Engineering Student

Research Areas:  Polymer nanofiber engineering, Electrical field modeling, scalable nanomanufacturing

 REU Student (RCSJ - AS in Engineering )

Research Areas:  Polymer nanofiber engineering, Characterization of nanofibers

BS in Biomedical Engineering  Student

Research Areas:  Nanoyarn Engineering, Sutures, Medical Textiles

BS in Biomedical Engineering  Student

Research Areas:  Polymer Nanofiber Engineering, Laser Zone Drawing

BS in Biomedical Engineering  Student

Research Areas:  Polymer Nanofiber Engineering, Nano-yarn Engineering, Laser Zone Drawing

PhD in Biomedical Engineering, 2021

Research Areas: Polymer nanofiber engineering, Tendon/Ligament Regeneration, 3D in vitro models

Dissertation:  Enhancement of electrospun nanofiber properties via automated track post-draw processing 

Full Publication List (Google Scholar)

 PhD in Biomedical Engineering , 2022

Research Areas: Polymer nanofiber engineering, Post-drawing Process/Structure/Function Relationship, Piezoelectric devices 

Dissertation:   Effects of post-drawing process variables on electorspun nanofiber structure and properties. 

Full Publication List (Google Scholar)

MS in Biomedical Engineering , 2024

Research Areas:  Tissue Engineering, Additive Manufacturing, Neural Regeneration

Thesis:  Nanofiber-Hydrogel Composite Scaffold Fabrication Methods for Peripheral Nerve Regeneration

MS in Biomedical Engineering, 2021

Research Areas: Extracellular Matrix Hydrogels, Tendon/Ligament Regeneration, Tissue Engineering

Thesis:  Effects of genipin crosslinking on the properties of tendon derived extracellular matrix hydrogels 

MS in Chemical Engineering, 2024

Research Areas: Polymer Nanofiber Engineering, Piezoelectric Yarn Engineering, 

Thesis:  Manufacturing of aligned electrospun nanofiber yarns for their enhanced mechanical and piezoelectric properties 

 PhD in Biomedical Engineering, 2023

Research Areas: Laser Zone Drawing, Polymer Nanofiber Engineering, Polymer Nanofiber Crystallization

Dissertation:  Advanced processing techniques for electrospun nanofibers: Investigating annealing and laser zone-drawing effects on material characteristics

MS in Mechanical Engineering, 2017

Research Areas: 3D In Vitro Culture Models, Histological Methods, High Throughput Spheroid Culture

Thesis:  High throughput analysis of the penetration of iron oxide/polyethylene glycol nanoparticles into multicellular breast cancer tumor spheroids 

Full Publication List (Google Scholar)

MS in Mechanical Engineering, 2023

Research Areas: Centrifugal Spinning, Polymer Nanofiber Engineering, High Throughput Nanofiber Manufacturing

Thesis:  Enhanced throughput of aligned polyacrylonitrile nanofiber manufacturing via high-speed centrifugal spinning

PhD in Biomedical Engineering, 2020

Research Areas: Trackspinning (automated dip drawing), Centrifugal Spinning, Silk Nanofiber Engineering

Dissertation:   Scalable fabrication of post-drawn bio-based and petroleum-based nanofibers with tunable fiber alignment, morphology, and mechanical properties via an automated track approach

 Full Publication List (Google Scholar) 

Iain Bailey (MD, Cooper Medical School of Rowan University, 2017)