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Prime Lead in creating test strategies, documents and reports for key release features with customer impact. |
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Trained product line marketing group on system functionality for directed selling features of product. |
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| Designed Networks using in house power management software, built networks in strategic configurations for testing, and troubleshot defects throughout the design process of new product features. |
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Verified Optical Power Management Algorithms for each network, working closely with designers to ensure proper equalization, channel powers, and OSNR levels for each component [EDFAs, VOA, Switches, Latches, Line Cards] |
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Worked with hardware, software, marketing and systems engineering to resolve defects, meet standards, and ensure system integrity through feature testing, legacy, and upgrades. |
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Presented tutorials to Verification and Lab teams about Routing Protocols (OSPF, RIP, BGP, ISIS), and forward error correcting using Reed solomon Encoding. |
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Provisioned Circuit Packs, Circuits, Overlays, Trib/Line Protection, and tested alarms, switching, OH[path/line/section] using GUI, TL1, SNMP. |
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Set up and tested circuits for error free transmission of OC3-OC192 signals, Gigabit Ethernet, Fast Ethernet, to test in link budget testing, stress testing, and long term soaks. |
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Verified protection architectures in Optical/Sonet UPSR BLSR for valid switch times(50ms-), circuit inter-dependencies, using robustness testing, as well as forced/manual switch and revert techniques. |
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Lab equipment knowledge with Omniber, Ixia, Gnubi, traffic generators, Anritsu optical spectrum analyzers, JDSU VOA modules, EXFO power modules, wave meters, and all fiber maintenance equipment. |
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Characterized transient response throughout system, and at the circuit pack level. |
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Created user accounts, and maintained Oracle database using SQL, for use with multi node network GUI. |
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Worked with Network Management System to set up subrate circuits (path, line, transparency), and to provision VLans, and networking with TCP/IP, PPP, DCC. |
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I was trained in the new product introduction [NPI] process, and worked in readying documentation for ISO and Osmine certification. |
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Directed division documentation and contributed to outlining verification gates in product cycle. |
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Studied the proposed theory of Rhythm Based Communication, and contributed to the theoretical work by introducing mathematical models, and analogies. |
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Analyzed the field data to expected data, and offered a statistical summary of results including mean, standard deviation, and liklihood of valid theory. |
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Re-engineered fiber optic system for the telescope by cleaning existing fiber, re-installing damaged lines, buying measuring equipment, and initiating a web tool to log changes in the equipment. |
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Drafted the RGB colour plate motor, and colour wheels using AutoCAD 98 light so that they could be rebuilt, and the old ones placed as back up. |
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| Implemented Java based tool for website to track signal level of 'goodness', as well as fiber location, to be used by astronomers in their equipment switches. |
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Installed new fiber lines at base camp for developers to work on projects from their offices. This involved splicing, and terminating new FC, SC, or FDDI connectors. |
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Characterized optical transcievers for valid signal input including power, and OSNR. |
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Implemented documentation and Fiber locator tool using HTML and FLash, to show how to reterminate fiber, measure optical characteristics, and to use maintenance equipment. |
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Re-routed fiber optic cables from telescope to its servers, and identified the optical integrity of work. |
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Presented a tutorial on fiber maintenance, fiber repair, and the actions needed to be taken for future use. |
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Performed the Set Up procedures and Equalizing techniques required for the OC192, and OC48 Long Haul Systems. |
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Set up was performed with analysis of the Optical Spectrum with Anritsu OSAs and attention to the Optical Signal to Noise ratio recorded for each channel. |
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| Provided testing of the Link Budget characteristics at strategic places around the system where the attenuation on a specific channel would cause BER to occur. |
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Because of the non linear effects of Erbium Doped Fixed Gain Amplifiers, Equalization played a main role in testing. Equalization was obtained through a painstaking process of external Variable Optical Attenuators VOAs from JDSU. |
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Two reports were submitted as my final report regarding OC48, and OC192 link budget characteristics. |
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Monitoring of other circuits was also performed to verify that the degredation of one signal would not cause bit errors on the other circuits. |
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This position was a part of the DMS 100 Response Team metrics, and support to track Emergency responses, and the turn around times/ system down times, a metric report was compiled and displayed each month for global customers. |
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As well as this, I was a major contributor to the ISO process developing guidelines, and documentation on how to perform this task. I published this as a report, as well as a website. |
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| This position was administrative for the most part, and most of my time was spent creating the website and the website elements to present the data. |
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Programmed, setup, and troubleshot system, using Labview to automate Bit Error Rate testing for the base transciever station using CMD 57 test equipment. |
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Performed full environmental testing of station in an eco-chamber using thermocouples, and automated log equipment. |
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| Assembled and crimped together all cables for 2 full prototype versions of the wireless station so engineers could begin set up immediately. There had been a delay from the contract work to get the cables completed on time. |
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Documented results of Labview programming, and wrote report of Environmental testing. |
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Helped design small circuit to distribute and amplify a T1 clock signal throughout the develoment lab. |
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Presented Labview programs to managers. |
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