Andrew Inglis is the CEO and founder of Silverside Detectors Inc., which develops low-cost radiation detectors to help governments reduce nuclear terrorism threats. He has a Ph.D in Physics from Boston University, where he studied neuron arrangement in the mammalian cortex. Prior to founding Silverside Detectors, he held post-doctoral research positions at Boston University studying dark matter and neutron detectors. He has over 15 years of experience in education, research, and private sector work developing technology for national security applications.
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1. Andrew Inglis
42 Englewood Ave.
Brighton, MA 02135
(617) 304-6465
andrew@sside.co
Silverside Detectors Inc., Boston, Work MA. (2013-current)
CEO/Founder
Silverside Detectors develops low-cost, networkable radiation detectors that help govern-ments
reduce the threat of nuclear terrorism. http://sside.co
Boston University, Boston, MA. (2010-2013)
Post-Doctoral Research Topics:
Direction sensitive dark matter detector development. Advisor: Steven Ahlen
Lithium/Boron based thin film neutron detector development. Advisor: Steven Ahlen
Education Boston University, Boston, MA. (2003-2010)
Ph.D. Physics
Thesis: Measuring neuron/glial cellular arrangement in the mammalian cortex. Advisor:
H.E. Stanley
http://www.slideshare.net/flighthings/inglis-phd-thesis
Johns Hopkins University, Baltimore, MD. (2000-2002)
M.A.T. in Secondary Science Education
University of Virginia, Charlottesville, VA. (1996-2000)
M.S. in Engineering Science with a focus on physics.
Thesis: Design and Creation of the Heartbeat-Music Playback Device.
Service Reviewer, Proceedings of the National Academy of Science (2009)
Representative, Physics Graduate Student Committee. (2005)
Representative, Teach for America/Johns Hopkins University/Baltimore City Public School
System Steering Committee. (2000-2002)
Member, UMBC Physics Department Education Advisory Board. (2000-2002)
Representative, University of Virginia Bicycle Steering Committee. (1998-2000)
Awards Best new experimental device award, Boston University. (2009)
BU Physics Chairmans Prize. (2005)
USA Cycling All-American. (2002)
Standards Based Education Grant, Johns Hopkins Univeristy. (2001)
Ecosystems Education Grant, Baltimore City School District (2001)
Papers Inglis A, Roe DL, Cruz L, Stanley HE, and Rosene DL, Urbanc B, Automated identifi-cation
of neurons and their locations, Journal of Microscopy 230, 339-352 (2008).
Cruz L, Roe DL, Urbanc B, Inglis A, Stanley HE, Rosene DL, Age-related reduction in
microcolumnar structure correlates with cognitive decline in ventral but not dorsal area 46
of the rhesus monkey, Neuroscience. In Press, Nov (2008).
Cruz L, Urbanc B, Inglis A, Rosene DL, and Stanley HE, Generating a Model of the
Three-dimensional Spatial Distribution of Neurons Using Density Maps, Neuroimage 40,
1105-1115 (2008).
2. Andrew Inglis
Rocarro A, Tomita H, Ahlen S, Avery D, Inglis A, Otis K, Dujmic D, Dutta V, Fisher
P, Henderson S, Kaboth A, Kohse G, Lanza R, Monroe J, Skvorodnev N, Vanderspek
R, Wellenstein H, R. Yamamoto R, A Direction Sensitive Neutron Detector, Nuclear
Instruments and Methods in Physics Research Section A, 608, 305-309. (2009)
Inglis A, Scalable consensus driven document creation,
http://www.slideshare.net/flighthings/the-document-project
Boston University, Teaching Boston, MA. (2012)
Electricity and Magnatism.
Media and Technology Charter High School, Boston, MA. (2003-2004)
High School AP Physics Work done under the NSF GK12 Fellowship Grant
KIPP Ujima Village Academy Charter Middle School, Baltimore, MA. (2002-2003)
Middle School Mathematics
Center For Talented Youth, Pepperdine University, Malibu, CA (summer 2002)
Flight Science.
Teach For America, Frederick Douglass High School, Baltimore, MD (2000-2002)
High School Physics, Earth Science, and Environmental Science.