Guardion improves sensitivity, portability, and scalability of analytical instruments with quantum technology ion sensors. This technology is the critical detector component in mass spectrometers, vacuum sensors, ion mobility spectrometers, helium leak detectors, and radiation detectors - critical tools in pharmaceutical, materials, chemical, and semiconductor markets. Guardion detectors exploits quantum properties of nanomaterials allowing us to build low cost, sensitive, and ultra-low power detectors that replace multiple expensive components with a single device. - Selected for Air Force sponsored Techstars Autonomous Technology Cohort- Winner of Technology in Space Prize from Center for Advancement in Science in Space and Boeing- MassChallenge 2017 $50k Gold Winner- National Science Foundation SBIR

Entrepreneurial Lead with PI Professor Swastik Kar investigating research and commercialization opportunities in nuclear security, nuclear power, environmental monitoring, mass spectrometry, and Smart City markets.

Web development, design, and marketing consulting. Helping small businesses, non profits, and governments articulate their business goals and building tools to reach those goals.

Developed custom nanotechnology solutions for the private and government sectors. Specialized in NEMS and MEMS research and development. Published:- Direct growth of individual carbon nanotubes on a flexible plastic substrate via selective heating (http://iopscience.iop.org/0957-4484/21/22/225605)Available Media:The video of the electrostatic actuation experiment ran in a Dual Beam SEM/FIB at Boston College Clean Room.(http://www.youtube.com/watch?v=hWylNo7ogRI)Credited or Thanked:Carbon Nanotube Interconnects (Sten Vollebregt)(http://repository.tudelft.nl/assets/uuid:b6ea3435-825a-4306-a4d4-4edee26f233c/MScThesis-S.Vollebregt.pdf)