Resume

• 1979

  MS

  Communications

  FSU

  Advanced Graduate Study

  Bell Labs Corp Ed - Carnegie Mellon and Princton AT&T Corporate Campuses

• 1968

  Studies consistent with military mission.

  Applied Mathematics

  University of Maryland College Park

• Vietnam Veterans of America

  Life Member - Firebase 116

  Member

  United States Naval Cryptologic Veterans Association

  Chapter 110 Service Officer - Life Member

  DAV (Disabled American Veterans)

  FrameMaker

  Proposal Writing

  Research

  Community Outreach

  Microsoft Office

  E-Learning

  Leadership

  Captivate

  Editing

  Grant Writing

  Windows

  Higher Education

  Technical Writing

  Statistics

  Technical Documentation

  Instructional Design

  Teaching

  Photoshop

  PowerPoint

  Public Speaking

  Log Periodic Antenna

  Currently designing a Log Periodic HF antenna (7.5 – 21.5 MHz) for use within limited space environments - think university building roofs. PVC elements to be wrapped with 18 gage stranded copper wire and fed with 450 Ohm window line. The antenna will radiate 250 watts of RF from a SWAN 500 transceiver (SSB or CW modes) into the final antenna designed which will be located at a height of 30 vertical meters above a flat roof.

  472-479 kHz and 135.7-137.8 kHz

  Investigations into data throughput for 472-479 kHz and 135.7-137.8 kHz during seasonal cycle changes and weather abnormalities.

  Principles and History of Radio

  Teaching \"Principles and History of Radio\" - 3 credit course offered thought the Department of Electrical Engineering

  UMass Lowell: The course develops the theory of electricity from an historical perspective. Sufficient background in circuit theory

  resonance

  field theory and radio waves is given to provide an understanding of the principles of radio from its antecedents in the nineteenth century through the invention of the transistor in the mid twentieth century. The fundamental contributions of

  for example Volta

  Oersted

  Morse

  Maxwell

  Faraday

  Hertz

  Lodge

  and Marconi are considered. In the 20th century the technical advances of such figures as de Forest

  Fleming

  Fessenden

  Armstrong and Shockley are studied. The growth

  regulation and culture of American broadcasting are also central to the course: such as the technical feasibility of Marconi's claim of a trans-Atlantic transmission between the North American continent and Europe in 1901

  the first voice radio transmission of Fessenden on Christmas Eve 1906

  the impact of the Titanic disaster on laws regulating frequency allocations and outcomes leading to the development of shortwave radio technologies by amateur radio operators

  the rapid technical development of radio journalism brought about by Edward R. Murrow during the Austrian Anschluss leading to WWII

  etc. Laboratory work including the creation of circuits critical to the application of theory is required and students may use this course toward fulfilling the General Education (science/experimental component) requirement of the University.

  Sound Recording Fundamentals

  Teaching Sound Recording Fundamentals a required course for undergraduate recording engineering students. The course discusses

  analyzes and experiments with four fundamental principles in electrical theory/engineering: resistance

  inductance

  capacitance and resonance. It serves as an introduction to direct current and alternating current analysis of electric circuits. Students use equations to calculate values for various circuit configurations. They then build and test the circuits in laboratory exercises. Students learn to use voltmeters

  ammeters

  and ohmmeters

  the use of bridges and oscilloscopes

  phase analysis of AC circuits

  vector diagrams to simplify calculating complex multi-source voltages

  Trigonometric Fourier series

  BODE plots

  transformers

  relays

  solenoids

  mechanical analogs and magnetic analogs with the application of Fourier and BODE techniques. Students are also introduced to DC and AC motors and generators

  residential circuits

  equipment protection

  and introduction to digital logic including minimization techniques.\n \nPre/Co-Requisites: Pre-Req: 92.132 Calculus II with a grade of 'C' or better.\n

  Moran

  Moran

  U.S.Navy

  UMass Lowell

  AT&T/Lucent Bell Laboratories

  AT&T Bell Laboratories

  AT&T/Lucent Bell Laboratories

  Director - College of Engineering Tech Communications/Senior AdJ Professor

  UMass Lowell

  U.S.Navy

  NSA

  Military - Naval Cryptologist CTT rating\nJoint Forces - National Security Agency (NSA)

  Cryptologist

  Committee chartered to investigate

  develop and implement information management tools.

  AT&T Bell Laboratories