Book Chapters / Publications / Patents / Presentations /Research Interests / Thesis / Professional Experience
Ph. D. - Optical Network Communications
M.S., Electrical Engineering, Cellular Communications
B.S., Electrical Engineering, Telecommunications
University of Texas at Dallas, Richardson, Texas
SONOMA STATE UNIVERSITY, Rohnert Park, California 2009 -
School of Engineering and Science
CENTRAL CONNECTICUT STATE UNIVERSITY, New Britain, Connecticut 2005 - 2008
School of Engineering and Technology
BROOKHAVEN COLLEGE, Farmers Branch, Texas 2003 - 2005
Introduction to TCP/IP Internetworking
Introduction to Computers
Beginning UNIX
Digital Logic Circuits
ROYA ACADEMY, Dallas, Texas 2003 - 2006
Design, analysis, and simulation of architectures and protocols for the next generation optical Internet including the optical burst-switched networks
Design, software simulation, and hardware implementation of scheduling techniques for optical burst switching
Design of energy-efficient routing algorithms and secure communication protocols for sensor networks
UNIVERSITY OF TEXAS AT DALLAS, Richardson, Texas 2003 - 2005
Introduction to TCP/IP Internetworking
Introduction to Computers
Beginning UNIX
Digital Logic Circuits
RICHLAND COLLEGE , Richardson, Texas 2000 - 2002
Introduction to SONET (non-credit)
Electronics I & II
Designed and developed a two-day Introduction to SONET for graduate students at the University of Texas at Dallas.
Published several major articles in areas of Optical Networking, Multicasting, SONET rings, and Optical Packet Switching.
Co-authored three patents.
Directed the efforts of six engineers and four technicians to study and develop a scheduler prototype unit for satellite systems.
Awarded the best technical presentation in ANT symposium.
ALCATEL USA, Plano, Texas 1994 - 2003
Responsible for system development, design, and evaluation of a 2.5 Tbit WDM Optical system.
Developed, designed, simulated, and evaluated the packet scheduler unit.
Studied and simulated a variety of contention resolution schemes and feedback schemes for optical packet switching.
Conducted a comprehensive survey on Network Processor technology, architecture, capacity, and emerging advances.
Conducted a detailed study of multi-ring SONET networks, stack architectures, and their performance.
Studied, simulated, and prototyped a fast scheduler unit for the Satellite system.
Defined system synchronization requirements for the OC-192 system.
Designed a stratum 3E master clock module for the OC-192 system.
Designed a digital phase locked loop utilizing Altera FPGA.
Designed an E1/T1 sub-board to manipulate the SSM in BITS clocks.
Characterized the system synchronization characteristics in different timing modes.
Fiber Optic Transmission System-Board-FPGA Level Design Engineer (1994 - 1997)
Designed several tributary modules including DS3, STS, OC-3, OC-12 boards for different transmission systems such as OC-48 and OC-192.
Developed, designed, and characterized PLL circuits at different rates for different modules.
Developed a micro-controller sub-board and power supply circuit common for various modules.
Utilized Cadance and Mentor frameworks for schematic capture, simulation, layout, timing, and thermal analysis.
Designed and developed automated tests using Labview and HP Basic for manufacturing.
DSC COMMUNICATIONS, Plano, Texas 1991 - 1994
Designed an E1 transcoder module.
Developed a system diagnostic test routine using DSP-56002.
Designed the module clock system for the system.
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