Dr. David C. Jenn
Professor, Naval Postgraduate School
PhD, University of Southern California


ECE logo

Mailing address:

    833 Dyer Road, Room 437

    Monterey, CA 93943

    Phone: 831 656-2254

    Fax: 831 656-2760

    jenn@nps.navy.mil


 


**************  THIS IS AN OFFICIAL U. S. NAVY WEB SITE  **************

Material contained herein is made available for the purpose of peer review 

and discussion and does not necessarily reflect the views of 

the Department of the Navy or the Department of Defense.


 

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Faculty Director of the Department of Electrical & Computer Engineering's Microwave & Antenna Laboratory

Short courses are available on demand in the areas of

  • Radar Cross Section and Stealth Technology
  • Radar Systems
  • Antennas and Propagation

Much of the material here, including the software, is also available at www.dcjenn.com (a non-US government web site).  For a short curriculum vitae see here.

 


Author of the book:

Radar and Laser Cross Section Engineering (Third edition now available)

                          

 

AIAA Education Series, 2019 (third edition), 2005 (second edition), 1995 (first edition)

(Call 1-800-682-AIAA for information)

Final errata sheet for the second edition in PDF format is here (updated 2/2019).



Free Matlab software! (Zipped files using WinZip)

  • 2D planar phased array antenna pattern calculations, ARRAY2D (version 3.0)

  • Radar detection range and jamming calculations, RADJAM (version 2.2.1)
  • Bistatic radar system analysis program Bidarsa (version 1.2)
  • Radar cross section calculations using the physical optics approximation, POFACETS (version 4.4.1)

Pofacets displays


Electronic Warfare Certificate Program  (592 Curriculum)

  • Non-resident students accepted
  • Distance learning program
  • Master of Engineering in Electrical Engineering,  MEng (EE)
  • Certificates awarded: EW Engineer, Journeyman EW Engineer, Senior EW Engineer
  • Program brochure 
  • ECE certificate form 

Miscellaneous Materials (as of 2013 all course materials have been moved to Sakai)

 


Some Ongoing Thesis Topics

  • Wirelessly networked digital antennas
  • General study of antenna performance on unmanned air vehicles (UAVs)
  • Specular radar absorbing material (RAM) design
  • Radar cross section (RCS) code development
  • Phased array mutual coupling compensation techniques
  • Array antenna software development
  • Microwave powered micro-air vehicle (MAVs)
  • Antennas for land mine detection radars
  • Direction finding (DF) antenna development
  • Radar cross section of tunnel and cave openings
  • Urban and indoor propagation study for wireless and UAV applications
  • Random arrays for bistatic hitchhiker radars

    Descriptions of some of the topics are available in PDF format here.


Research Areas

  • Micro-Air Vehicles (MAVs) Powered by Microwaves Transmitted From a Ground Station

CNN interview on wireless power transmission

  • Digital Antennas Using Commercially Available Wireless Base Station Chips

Digital antenna array

  • Modeling And Simulation of Aerodynamic Radomes

HARM radome testing

  • Urban Propagation and Calculation of Building Wall Losses

building wall loss measurement

  • Direction Finding Arrays

direction finding array

  • Radar Cross Section Analysis and Prediction

RCS model of F-18

  • Radar System Simulation and Imaging

stepped frequency radar image

  • Urban and Indoor Propagation Modeling

NYC simulation model and signal contours

  • Digital Receive Tracking Array

Digital tracking array in the NPS anechoic chamber