1990 to1992. Viewsonics Inc. Boca Raton, Florida. Chief Engineer for six million dollar annual sales cable television equipment supplier. Designs include 1 GHZ passives and amplifiers, as well as MMDS converters in the 2 GHZ band. Designed and implemented 12 station novell network which included ten module accounting system to handle all aspects of the business including order entry and inventory control. System also included three engineering CAD stations for RF design and PCB layout. Systems included EESOF,RFCAD, AUTOCAD. Specified and implemented lab equipment up grade to state of the art measurement systems utilizing HP network analyzers and computer controlled interactive measurement (DOS-HPITG) techniques.

1988 to 1990: Audio Intelligence Devices, Ft. Lauderdale, Florida. RF Design Engineer. The Company manufactures miniature surveillance equipment and vehicle tracking devices for Federal and municipal law enforcement agencies. "Hands on" rf designs have included a miniature fm transmitter concealed in a working pocket pager, a digitally synthesized fm receiver in the 150-174 MHz range, and miniature color video transmitters in the 470, 900, and 2000 MHz range. Developed several computer programs to facilitate rf designs of antennas, varactor tuned oscillators, strip line filters, and microstrip oscillators. Experienced in several CAD programs, including AUTOCAD, MATHCAD, and SCHEMA.

1986 to 1988: Data Based Video, Inc., Boca Raton, Florida. President and controlling shareholder. This privately funded company did research in the integration of computer databases with large video optical bulk storage devices. The research resulted in a patent application for a transmission system that will permit 100 simultaneous interactive real time applications (such as travel, real estate, and home shopping) over a single cable television channel or satellite channel.

1984-1986: Compupix Technology, Inc., Boca Raton, Florida. President. Compupix was a research and development company investigating computer algorithms for the compression of high definition television signals. Responsibilities included coordinating technical staff of employees and consultants which included four individuals at the PhD. level. Responsible for equipment selection, cost projections, and reporting to the Board of Directors on results of research efforts.

1982-1984: Cooper Associates, Inc. Haddonfield, New Jersey. Director of Engineering. Cooper Associates (Presently Rutter-Dunn Communications) is a CATV consulting firm serving municipalities and cable franchise applicants on all matters from rate increases to cable franchise awards/renewals. Projects included the complete system design for a cable franchise application for Detroit (five hundred thousand homes). Acted as technical representative on behalf of various city councils with regard to cable franchise renewals and new applicants. Clients included Akron, Ohio, Dearborn, Michigan, Bloomington Minnesota, and Centel Communications. Evaluations included system performance of various cable data transmission systems proposed, which considered error rate performance for data in upstream and downstream cable channels.

1978-1982: Entertainment Systems, Inc., St. Petersburg, Florida. President. A start-up pay-television company which was taken public in 1980 and sold in 1982. The Company was founded to consolidate the over-the-air microwave pay television business by acquisition of existing operating companies. Personally handled public financing and acquisition of four existing operations which totaled ten thousand subscribers. Developed direct programming sources from major studios and common computer operations for multiple cities utilizing IBM 34 computer system.

1969-1978: Digital Communications, Inc., St. Petersburg, Florida. President. The Company was a development and manufacturing corporation in the pay-television business. Custom pay-television converters were developed and manufactured for Motorola, Warner Communications, Time, Inc., and Columbia Pictures Industries. Equipment utilized digital signaling to control subscriber reception and billing functions. Manufacturing operations reached a peak of over one hundred employees in 1973.

1966-1969: Philco-Ford Aerospace, Philadelphia, Pennsylvania. Project Engineer. Responsible for hardware design of terrestrial microwave equipment. Projects included local video microwave loops (Saigon and Washington D.C.) for encrypted data transmission of photographs sent between the cities by two-hop satellite. Also worked on video link between Andrews Air Force Base and the Pentagon for real time digital video transmission.

1964-1966: Jerrold Electronics Corporation, Hatboro, Pennsylvania. Senior Engineer. Developed CATV microwave equipment for relay of off-air television signals to CATV head ends. Equipment included fm video microwave at 6 and 12 GHz, and AM microwave at 2 GHZ.

Membership in Honorary Societies Phi Kappa Phi, Tau Beta Pi, Eta Kappa Nu. Awarded Honorable Mention for Mathematics by the National Science Foundation for fellowship competition in mathematics in June 1964. Awarder fellowship in Biophysics to the University of Pennsylvania.

"A Digital Video System for the CATV Industry" -Proceedings of the Institute of Electrical and Electronic Engineers, July 1970.

"PCM Subchannels for Video Microwave" -Institute of Electrical and Electronic Engineers' Transactions on Broadcasting, June 1972.

Patent No. 3,773,979 "Electronic Bi-Lateral Communications System for Communications and Supplementary Video and Digital Signaling." The patent was for interactive pay- television for CATV systems.

Patent No. 3,833,757 "Multiplexed Video and Subcarrier Microwave Communication System." Patent was for adding up to 24 fm stations to existing CATV video microwave.

Patent No. 5,276,866 "Interactive Video Based System" filed July 1988. Patent is for dividing standard CATV channels into multiple video presentation channels, utilizing video storage and compressed audio techniques on an interactive basis with the consumer.

Patent No. 5,828,917 "Dual Connection Interactive Video Based Communication System." Digital Compression improvement on Patent No. 5,276,866.

Patent Pending. S.N 08/857,927 "High Bandwidth Signal Transmission System using Video Signal Envelope." System defines a high speed Ethernet modem for use on video transmission systems.

Patent Pending. S.N. 09/146,701 "Process of Making a Matrix Array of Antennas and Point to Point Equipment." Describes process of making an array to increase system capacity of microwave equipment several hundredfold for two-way high-speed Internet services.

Listed in "Who's Who in Cable Television"-Inaugural Edition 1979. Listed in "Who’s Who Among Top Executives" 1998