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Summary of Expertise:
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He has worked in acoustic agglomeration in measurement of acoustic environmental parameters.
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He has worked in linear and nonlinear acoustics for 30 years.
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He has calculated target acoustic strengths on targets at sea and in the air with radar studies.
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He has tested and designed acoustic transducers.
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He has worked in aerospace defense systems in air-defense system research and design.
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He has worked in calculation of MTBF, MTTR and bathtub analysis on the reliability of complex sonar and detection systems.
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He has performed acoustic array signal processing for detection of targets in noisy environments.
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He has performed avionics engineering in designing ISAR systems for on board B-52 aircraft.
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He has worked in the systems specifications and requirements study and hardware design of on board imaging radars for military applications.
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He has worked in Command, Control and Communications in design of the AEGIS Weapons System for CG cruisers for the Navy.
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He has worked in HF, VHF, SHF, ELF communications for 25 years with respect to electromagnetics, wave propagation and communications.
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He has worked in Dept of Defense industry for 30 years with the Navy and Army R&D laboratories as a scientist and for defense contractors AT&T Bell labs, General Dynamics, General Electric and General Instrument and Raytheon.
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He has worked in digital signal processing algorithm development as applied to radar and acoustic signal processing.
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He has worked as a scientist in elastic wave propagation in inhomogeneous, lossy anisotropic media as applied to electromagnetics and acoustics.
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He has worked in electro acoustics in physical acoustics applications as a researcher.
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He has worked as an electromagnetic physicist for 15 years mathematically describing radio wave communications and propagation in the forest.
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He has worked in nonlinear acoustics for 10 years.
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He has worked with laser ranging systems as a Professional Engineer.
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He has worked in the design and analysis of radar systems design for 10 years including Doppler Radar, ISAR, over the horizon radar, line of sight communications in military defense systems. This further included passive detect and track radar and track while scan radar.
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He has worked in the design and analysis of radar systems design for 10 years including Doppler Radar, ISAR, over the horizon radar, line of sight communications in military defense systems. This further included passive detect and track radar and track while scan radar.
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He has written 15 scientific memoranda as a consultant in magnetostrictive measurement technology in the ultrasonic frequency regime.
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He has worked in the design and analysis of radar systems design for 10 years including Doppler Radar, ISAR, over the horizon radar, line of sight communications in military defense systems. This further included passive detect and track radar and track while scan radar as a military defense scientist.
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He has worked in the design and analysis of radar systems design for 10 years including Doppler Radar, ISAR, over the horizon radar, line of sight communications in military defense systems. This further included passive detect and track radar and track while scan radar.
Presently works in acoustic intelligence and non-linear acoustics.
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He has worked in the design and analysis of radar systems design for 10 years including Doppler Radar, ISAR, over the horizon radar, line of sight communications in military defense systems. This further included passive detect and track radar and track while scan radar.
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He has worked in missile detection and track as a test director in the Pacific Missile Test Range for Army BMO operations.
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He has worked in missile system tracking and detection with the Pacific Missile Test Range.
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He has worked in the defense industry for 30 years in systems design, test, development, integration and deployment for the Army and the Navy in communications and acoustics.
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He has worked in nonlinear acoustics incorporating cavitation and super-cavitation theory and research.
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He has worked in nuclear defense and nuclear engineering for submarines in the defense industry having a nuclear engineering graduate degree.
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He has worked in the design and systems analysis of over the horizon radar, passive detection radar and electronically steerable phased array radars (SPY 1-A) for the AEGIS Weapons System placed on Navy cruisers.
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He has worked in the design and systems analysis of over the horizon radar, passive detection radar and electronically steerable phased array radars (SPY 1-A) for the AEGIS Weapons System placed on Navy cruisers
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He has worked in the design and systems analysis of over the horizon radar, passive detection radar and electronically steerable phased array radars (SPY 1-A) for the AEGIS Weapons System placed on Navy cruisers
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He has worked in physical acoustics including nonlinear acoustics for 10 years including cavitation and supercavitation.
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He has worked as a consulting scientist in magnetostrictive physics to determine position location of objects with high resolution.
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He has worked in the design and systems analysis of over the horizon radar, passive detection radar and electronically steerable phased array radars (SPY 1-A) for the AEGIS Weapons System placed on Navy cruisers
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He has worked in the design and systems analysis of over the horizon radar, passive detection radar and electronically steerable phased array radars (SPY 1-A) for the AEGIS Weapons System placed on Navy cruisers
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He has worked as a design systems engineer in electromagnetic interferometry in the design and development of an HF/DF system for a Ground Radio Reconnaissance System as part of SIGINT and COMINT functions.
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He has worked in the design and systems analysis of over the horizon radar, passive detection radar and electronically steerable phased array radars (SPY 1-A) for the AEGIS Weapons System placed on Navy cruisers.
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He has worked in radar range resolution for imaging radars (SAR/ISAR)
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He has worked in the design and systems analysis of over the horizon radar, passive detection radar and electronically steerable phased array radars (SPY 1-A) for the AEGIS Weapons System placed on Navy cruisers including radar scanning and detection and tracking of multiple targets simultaneously.
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He has calculated radar cross sections for low observables and performed intensity analysis and detection of signals in noise for analysing radar signatures of targets.
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He has performed acoustic and radar ranging studies for 15 years incorporating signal processing and detection.
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He has performed target classification and identification in the design of a surveillance detection system for the Navy.
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He has a Certificate in Advanced Business Management from Georgetown University (beyond MBA) and has performed business development as a business consultant in incubator businesses and turnaround companies.
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He has a Certificate in Advanced Business Management from Georgetown University (beyond MBA) and has performed business development and business management at defense industry corporations and also worked as a business consultant in incubator businesses and turnaround companies.
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He holds all four advanced NASD securities principals licenses and has designed financial models in the fixed income markets and presently serves as a fixed income consultant to an independent broker dealer.
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He has a Certificate in Advanced Business Management from Georgetown University (beyond MBA) and has performed business development as a business consultant in incubator businesses and turn-around companies. He has developed financial models in the fixed income markets.
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Show Secondary and Basic Areas of Expertise |
Localities:
Expert may consult nationally and internationally, and is also local to the following cities: Boston, Massachusetts;
Worcester, Massachusetts;
Springfield, Massachusetts;
Bridgeport, Connecticut;
New Haven, Connecticut;
Hartford, Connecticut;
Stamford, Connecticut;
Waterbury, Connecticut;
Yonkers, New York;
and Providence, Rhode Island.
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Education
