OBJECTIVE
I would like to contribute my expertise on creative environment involving next generation technology development in teaching. I intend to lead groups that assist both the organization's infrastructure as well as the organization's services and products. I will be an important asset to any project, bringing intelligence, vision, analytical skills, and artistry.
Technical Skills: Technology & Product
Integrated circuit, Wireless Network, Opto-electronic devices, Perl, Tcl/Tk, SONET/SDH, DWDM, Digital Cross Connect, Optical Cross Connect, T1/T3, OC3-OC192, 10/100 Ethernet, Wideband, Narrowband, Broadband, ESCON protocol, Fiber Channel/FICON, VCSEL, MEMS Technology, Tunable Laser.
Equipment Knowledge:
Optical Spectrum Analyzer, Optical meter, Optical Switches, SONET test set, Network/Vector analyzer, Digital Scope, EDFA Optical amplifier etc.
Qualification:
TELECOMMUNICATIONS OPERATIONS RESEARCH INDUSTRIAL ENGINEERING
· network design and analysis · optimization methods · resource planning
· restoration and protection · linear/integer programming · productivity analysis and
· capacity planning · heuristic and algorithm design · planning
· network availability and · statistical analysis · reliability analysis
reliability
· network modeling · probability theory · efficiency analysis
· network topology design · combinatorics and graph theory · workforce/labour analysis
· traffic theory & engineering · queuing theory · database software design
· optical fiber communications · stochastic processes · facilities layout & design
· mesh and ring architectures · mathematical modeling · systems engineering and
simulation
· p-cycle design · bi-criteria optimization · ergonomics
EXPERIENCE: WorldCom Richardson (From Feb 00- December 2002, Optical & Data Network Technology Development: Optical & Data Network Engineer
Central Office Optical Cross Connect:
- Leaded the projects includes development of test bed and Proof of Concept for Next Generation Central Office Optical Cross Connect.
- Independently and in team environment performed all complex professional engineering aspect of project work for next generation advanced technology development.
- Successfully performed the multi-vendor interoperability switching capability Test.
- Designed a new metro architecture for High dense optical Cross Connect.
- Developed Metro and Access Technical Specification Requirement.
- Characterized 256´256 port O-E-O Cross Connect System and performed interoperability test. Intensely, Interact with various vendors for technology requirements.
- Performed Multi-band DXC (MBDXC) vendor evaluations for Backbone and metro applications.
- Made presentations to DXC Engineering about vendor technology and system applications in WorldCom network.
Lab Trial for showcase:
- Performed technical liaison with a vendor products interfaces to complete the executive demos. Performed passing video over the network using packet-over-SONET protocol through switching fabric.
- Prepared a test plan for the vendor to meet WorldCom requirements.
- Characterized selective vendors for laser performance and made recommendation to management.
Submarine Cable System:
- Developed Technical Requirement request for information (RFI)
- Employed switch solution to improve utilization and management of existing leased submarine capacity.
- Identified issues such as scalability, time to market, service interface, etc. associated with leasing
- Designed optimal next generation submarine system landing station.
Optical Performance Monitoring:
- Quantitative performance evaluation of OCCS network applications using modeling tools and field trial.
- Participated in OPM RFI documentation
Very Short Reach (VSR):
- Developed VSR interface feature/function requirements to component and system manufacturing vendors, provide the Factory Acceptance Test (FAT) requirements, and serve as the WorldCom Network Engineering Laboratory (NEL) evaluation specification
- Project management as well as hands on experience in a Transmission test group responsible for test and turn-up of a new SONET based transmission system network for different span all over the nation which includes OC48, OC192, DWDM for Multi-wave length in a different configuration.
Optinex Test Development Engineer Alcatel Richardson, TX. (July 1997 - Feb 2000).
Project worked on STM-16 Receiver subassembly functional test (1640M):
Designed, developed and documented the Automated Functional Test Systems for OC192, OC48, OC12, SYNC and STM16 etc.
- Using OrCAD schematic capture designed several signal processor and interface
boards.
- Using Power PCB and PADS Work laid out Printed Circuit Boards.
- Using AutoCAD 12 drew Mechanical test fixtures.
- Using HP Basic and LabView developed software programs for automated test
systems.
workstation developed a setup to download boot codes into flash memory.
- Interface different test equipment using GPIB bus and UNIX workstation.
- Performed inter-operability testing at OC12, OC3, DS3, DS1/T1 rates with various
Vendor equipment including Nortel/Lucent Switches and Cisco routers.
Transmission Network Engineer: MCI Inc. Lakeside Blvd. Richardson, TX (Feb 1996-July 1997)
Fujitsu Light Wave Equipment's: Testing SONET with FLM 150 ADM, FLM 600 ADM and FLM 2400 ADM. Designing Testing UPSR system, 1+1 system and linear Add & Drop.
Nortel Light-wave Equipment's: Designing and testing SONET with S/DMS Transport Node OC-3 and OC-12 UPSR and BLSR system. Testing S/DMS transport Node OC-48 UPSR and BLSR.
TEACHING EXPERIENCE:
Adjunct Faculty, University of TX. at Dallas, Richardson 1999 + 2000
- Instructed students in two and three-dimensional design.
Adjunct Faculty, University of TX. at Dallas, Richardson, 2001
- Instructed students in three-dimensional design, interior design, and weaving.
Current Research:
- Next Generation Wireless System: Medium access control protocol, resource allocation, and connection admission control for next generation wireless networks, location management and integration of MAC protocols, handover and dynamic connection admission control.
- Broadband Metropolitan Area Network: Performance evaluation, protocol architectures, signaling procedures, always on feature, meta-signaling schemes, investigation of Internet behaviour.
- Passive Optical Network (PON) and Full Service Access Network (FSAN): Ranging protocol, fault location shceeme for FTTH system, telephony over ATM based PON, video services over ATM based PON, dynamic bandwidth allocation for ATM based PON, IP based PON.
EDUCATION:
M.S.E.E. The University of Texas at Dallas, Richardson, TX
Graduation Project: Analysis of Optical Frequency Locked Loop (OFLL) for Laser Communications using Finite Response-Time Cavity Model.
B.S.E.E. The University of Texas at Dallas, Richardson, TX.
SKILLS Software: Mathlab, OrCAD, LabView, AtutoCAD, Capture, PADS.
Programming languages: Assembly, FORTRAN, Pascal, C, C++,
Operating system: DOS, Windows '95 & '98 UNIX , NT, Office '97, SQL Server 2000
Simulation Tools: Opnet, SPICE
PERSONAL: US Citizen, Excellent leadership, Dedicated, Dependable, Honest, Team Player and friendly.
REFERENCE: references available upon request.
