Member of the Shields Group in the Department of Chemical and Biological Engineering with a focus in acoustofluidics, electrokinetics, and colloids for biosensing technologies.

Integer Holdings Corporation (NYSE:ITGR) is the largest medical device outsource (MDO) manufacturer in the world serving the cardiac, neuromodulation, orthopedics, vascular, advanced surgical and power solutions markets. The company provides innovative, high quality medical technologies that enhance the lives of patients worldwide. In addition, it develops batteries for high-end niche applications in energy, military, and environmental markets. The company's brands include Greatbatch Medical… Show more Integer Holdings Corporation (NYSE:ITGR) is the largest medical device outsource (MDO) manufacturer in the world serving the cardiac, neuromodulation, orthopedics, vascular, advanced surgical and power solutions markets. The company provides innovative, high quality medical technologies that enhance the lives of patients worldwide. In addition, it develops batteries for high-end niche applications in energy, military, and environmental markets. The company's brands include Greatbatch Medical, Lake Region Medical and Electrochem. Additional information is available at www.integer.net. Show less

This project involved the design, production, and analysis of 3D printed micro- and millifluidic devices.

Responsible for co-devlopment of new personal care products and line extensions. Trained to work in GMP environment.

This position involved tutoring and providing study advice for Chemistry, Organic Chemistry, Physics, and Biology.

Conducted research with the Tissue Regenerations Group, led by Dr. Guoping Chen, at Japan's National Institute of Materials Science. Specific research involved the fabrication and use of micropatterns for analysis of mesenchymal stem cell spreading and adhesion.

Research was titled "Templating of PEDOT:PSS by cellulose nanocrystals," and was conducted under Principal Investigator, Dr. Elsa Reichmanis, and mentor and Ph.D. candidate, Bailey Risteen. Research involved varied thin film deposition techniques, electrical conductivity measurements, surface analyses, and phase analyses.