Leadership Team

Phil Strong

CEO, Director

Phil Strong brings over twenty years of executive operating and marketing experience in technology businesses serving semiconductor, medical and automation OEMS in North America, Asia and Europe.

Read More
Brian D. Piorek

Chief Scientist, Co Founder

Dr. Brian D. Piorek leads the development of SpectraFluidics technology for the detection of airborne molecules and holds degrees in chemical engineering and micro/nanoscale mechanical engineering while specializing in the design of microfluidic systems and nanoscale devices for the detection of chemical agents.

Read More
Martin Moskovits

Chair, Scientific Advisory Board

Professor, Physical Chemisty, UC Santa Barbara

Professor Martin Moskovits is a world-renowned expert in SERS theory, development and application. He oversees the SERS-related research and development at SpectraFluidics.

Read More
Seung Joon Lee

Vice President of Chemistry, Co-Founder

Dr. Seung Joon Lee leads the SERS chemistry effort at SpectraFluidics while holding significant expertise in the physico-chemical characterization of self-assembled monolayers (SAMs) on metal surfaces by various surface analytical tools including Infrared and Raman spectroscopy, and the preparation, characterization, and molecular engineering of nanostructured materials.

Read More
Robert J. Balch

Chairman, Board of Directors

Mr. Robert J. Balch is a Vice President of Cycad Group (http://cycadvc.com).   Mr. Balch brings extensive small business development and growth management experience to his venture capital activities. He holds a B.Sc. in Biological Sciences from California State University, Sacramento and an M.B.A. from the University of Phoenix.

Read More
Mark Tilley

Independent Director

Dr Mark Tilley is currently a Director at Architected Materials at MalibuIQ, a nanomaterials company.

Read More
Carl Meinhart

Chief Technology Officer, Director

Dr. Carl Meinhart directs the microfluidics research at SpectraFluidics and has over twelve years of experience in microfluidic design and the application of microfluidics technology to biomedical sensors and explosives detectors.

Read More