Transmission Engineer II
Provided telecommunications engineering, technical support, consulting and installation services to Verizon/land lines & AT&T Wireless
- Developed pilot project which increased billing revenue 242.17%
- Developed, implemented, and streamlined daily job functions to ensure error free translations to meet customer requirements
- Worked as team lead to provide engineering, support and training for work group to ensure effective and efficient data for Verizon & AT&T Wireless
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Transmission Engineer (intern)
Planned and designed the microwave backbone and access network of three, small cities and upgraded/modified the design and topology of major cities' access network.
- Deployed new cell sites, implemented topology modification and upgrades for old sites, surveyed potential cell sites.
- Monitored the transmission network, trouble-shot and resolved radio faults and alarms, tested for Bit errors.
- Configured Base station parameters and integrated new Base stations to the network.
- Collated the capacity information and configuration parameter of all the links in the networks into a central database.
- Analyzed and improved CSSR and DCR KPIs.
- Studied the interference effect of microwave, baby monitor, cordless phone & Bluetooth with IEEE 802.11 (b/a /g/n)
- Successfully performed WLAN site survey for buildings on-campus at the University using Visiwave - Observed AP heat
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Microwave Transmission Engineer
Performed desktop designs using Pathloss4/Pathloss5 for low latency medium-haul microwave routes (multiple hops covering typically a total of 670 to 750 miles) for High Frequency Traders with special emphasis on maintaining very direct routes between two or more Data Center end points, designing alternate route workarounds as needed.
- Designed network for link and network reliability using diverse and alternative routing.
- Responsible for planning and directing Line-of-Sight (LOS) surveys and adjusting network design based on LOS feedback.
- Designed network for required link availability and end-to-end network availability using terrain and clutter data
- Performed frequency coordination PCN and FCC licensing
- Performed microwave backhaul network designs for major Carrier's and ISP's in market's nationwide using 5.8GHz, 11GHz, 18GHz, 23GHz, 24GHz, 28GHz and 80GHz TDM and Ethernet radios. Work included updating Visio network diagrams and customers MW equipment database as needed. Over 1000 links designed during this time.
- Worked with field surveyor's performing path surveys and undertook roof top studies to identify suitable paths to stranded sites using Google Earth and Bing Maps.
- Used CICUSA's proprietary PathDesigner tool in conjunction with Pathloss4/Pathloss5 to quickly determining multiple viable MW paths for a new MW network based on pre-established path criteria and given customer site database.
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PM / ISEC Transmission Engineer 335th SC G-3
Maintained full responsibility for oversight and design of the South West Asian Theater, which included Afghanistan, Iraq, and surrounding countries.
- Worked on the first OC-3 ATM leased link in Afghanistan as well as the DISA SDN's (Service Delivery Nodes) planning groups.
- Directed a team of 12 employees in performing at optimal levels.
- Played a key role in developing a RHN SOP for the 355th.
- Hosted a weekly engineering meeting with the RHN-SWA to help develop a network operations strategy for the on ground reality of the SWA-RHN.
- Served as the representative for the 335th at national level command conferences and interfaces directly with CENTCOM CCJ-6, DISA-TNCCENT, AFCENT, and MARCENT.
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Transmission Engineer
Develop comprehensive engineering assessments for new IDIQ or Major projects that require Transmission Systems. Fiber optics CWDM and Ethernet to transmit video and data to support customer requirements in a timely manner and within budget. Propose design solutions, identify all effected organizations, gather material and labor costs to accomplish task.
- Support Transmission modifications by generating a system design, work instructions, technical procedures, procurement requests, and identify outage impacts as well as drafting of the system installed.
- Perform engineering 30, 60 and 90% design reviews, as required by the design and modifications.
- Support launches of Space Shuttle from Press Site or CDSC.
- Install and program various Ethernet and Fiber optic Switches and Routers.
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Senior Transmission Engineer
Project manager for Ethernet transport upgrade for 800+ cell sites across the USA.
- Design and turnkey engineering of high-capacity SONET microwave backhaul networks in multiple U.S. markets for a major wireless carrier.
- Designed and Engineered Low-Latency MW networks in the U.K. and USA.
- Project manager for fiber-to-cell-site/Ethernet initiative. Managed identifying & qualifying vendors, site construction activities, vendor account set-up, and turn-up activities.
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Transmission Engineer/ Wireless Field Operation Supervisor
Successfully performed Traffic and Transmission Engineering, lead the Wireless/Field Operations that does the operation and maintenance of NSN GSM, WCDMA, and design of LTE network, Harris, ALU, and Exalt Microwave. Wrote and implemented standard operating procedures, request for proposal, system integration, proof-of-concept, and project management.
- Trained and mentored technician the basic and fundamental theory of data, microwave, ATM/TDM, and wireless telecommunication such as 2G/3G/4G LTE. Classroom training for telecommunication instrument such as Anritsu Site Master, BERT Tester, Power Meter, Spectrum Analyzer, Metro-E tester, and PDH/SDH test equipments.
- Responsible for product selection and product proposals with over a USD 700K dollars budget for network upgrades, Proof-of-concept, and Product evaluation of new IP network to support NTT Docomo network, while sustaining its HSPA+ and LTE technology while migrating from ATM to IP/MPLS network.
- Optimized Docomo transmission network by re-engineering RF design to overcome rain fade, and interference. Responsible for new network that plays a strategic role for Docomo future growth and expansion. This new site and optimization created customer satisfaction, quality of service to over 70K subscriber in Guam.
- Responsible for the path and site survey for Microwave solution, pathloss calculation, engineering design, and end-to-end transport activation.
- Project engineer/coordinator on LTE Phase 1 and Microwave network upgrade, and responsible for project updates, technical recommendation, and providing solution when issues arises. Responsible to keep stakeholders informed on the project status, upgrades, and technical resolution to ensure that Docomo investment is well taken care off.
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Transmission Engineer Sr. AG Communications Services
Engineered National Projects for GTE COEI (Central Office Engineering and Installation) and OSP (outside plant) Installation.
- Created processes for the Central Office Installation Department.
- Wrote Installation and Quality Practices.
- Subject Mater Expert for Power, Ground, and Quality Installation Issues.
- Created and maintained National COEI web page to enhance information dissemination and data collection.
- Participated in Interdepartmental teams for new product standardization.
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Transmission Engineer II
Wrote engineering standards for new fiber optic technology. These standards were issued to the field installation and test crews to insure the equipment was properly installed and configured per the application.
- Attended vendor training for Nortel OC48 and 192/ Lucent OLS400/ and Fujitsu 192.
- Supervised projects of new technology from the test laboratory until wide scale deployment of equipment.
- Oversaw all renewals to standards for Lucent and Nortel equipment deployed with the [company name] network.
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Facilities/transmission Engineer
Generated Engineering Work Orders (EWO) for work involving Tellabs 5500 and 532L Digital
Cross-Connect Systems (DACS) and network ancillary equipment.
- Groomed circuits to provide least cost routing. Used Tellabs 532L 1/0 DACS to groom bandwidth.
- Engineered the GSM switch equipment layout and telecom connectivity: Nokia DX-200 Switch, Tellabs
- Designed -48 volt DC power plants for four Mobile Telephone Switch Office (MTSO) locations.
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