Conroy Smith Email & Phone Number

New York, United States

15 Metrotech Center - 18Th Fl

• Engineering Analysis involving coverage estimation, interference and co-channel assessment for potential licensee within the city’s agencies. Application processing with frequency coordination for potential FCC licenses or modifications. Monitoring of existing FCC licenses within our Data Base for several agencies in the City of New York to ensure timely renewals. Review licensing issues relating to FCC notices and releases in order to coordinate with the City of New York agencies communications departments to ensure compliance with any new orders and regulations. Review these frequency notices from the FCC as they are released in all band that pertain to public safety, to include VHF, UHF, 700MHz, 800MHz, 4.9GHz, 5.9GHz as well as unlicensed band and microwave. Currently Involved in Studying the new LTE Standards and Interfaces from the FirstNet ByLaws, Protocols of the Network Layer, the Coverage Models for NYC on the Band Class 14 Spectrum.Member of Region 8 700/800MHz Regional Planning Committee (RPC) responsible for the organization and management of 800 MHz and the spectrum between 746-776/796-806 MHz to include system design guidelines and application processing procedures.

Garden City, Ny

 Responsible for all aspects of Radio System Design and Performance tasks associated with the Radio Services Department for the New York market Regional Team with Nextel Communications. Performed Cell Site Design to handle coverage for Nextel Communications wireless telephone systems. Decide and select proper new candidates utilizing RF propagation models, link budget, drive test results. Use knowledge of RF engineering tools, software and techniques. Review and approve lease exhibits, construction drawings, drive test packages and datafill work orders. Evaluation and implementation of Motorola's iDEN technology for radio system deployment. Endeavor to meet all radio services' goals and objectives with regard to system development, system optimization and customer satisfaction. Annual audits of on air sites or sites as they are to come on air in order to collect and maintain comprehensiv

Fort Monmouth, Nj

 Systems engineer involved with the analysis of 3G prototype C4I radio systems that use adaptive and self organizing protocols for the Satellite and Terrestrial Communications Directorate (S&TCD) of CECOM in Fort Monmouth New Jersey. This was a DARPA program called the Global Mobile Information Systems that culminated with a large demonstration for military and commercial invites. Participants included ITT, MIT, Mitre, Rockwell, Nokia, Raytheon, SIAC, Virginia Tech, C4I, NRL, UCLA etc. The primary radio systems evaluated were the Soldier Phone, RAVEN, DAWN, SPARROW and ASPEN. The radios are attached to terminals running Linux or Win NT and are networked together via the wireless standard (802.11) and analyzed in a test-bed lab environment. Responsible for evaluating the network protocols and system performance of the radios using load analysis and protocol test tools. Test tools and equipment included Net-view, Net-X-ray, protocol and spectrum analyzers, traffic generators and simulators, sniffers, cable testers and oscilloscopes. At the users’ level, I work at integrating and testing software applications such as IVOX, Mapboard, Vic, Rumor, Coda and the UMTG.

Shrewsbury, Nj

Team member responsible for maintaining and upgrading the US Army's Interoperable Network (AIN). AIN is a high-speed WAN system, developed by ARINC, which provides bandwidth rates up to T1/E1 (DS1) and ISDN connections to military installations around the nation and abroad. As a staff engineer designed and configured new add-ons to support Cisco routers, bridges, SINCGARS RT1523 Radios and MSE along with RS-232, 449, 422/423, V.35, 530, WB/NBDP and other interfaces to the network. Also performed testing and troubleshooting (BERT, Data Rate, SPARC and Network Performance) of cable interfaces, multiplexers and data rate cards to resolve network problem issues. Concentrated on Mil-Std-188-220 Protocol test tools: Conformance Tester and Monitor/Decoder. Did an in-depth analysis of this protocol that was being developed for the Satellite and Terrestrial Communications Directorate (S&TCD) of CECOM in Fort Monmouth New Jersey

E. Farmingdale, Ny

Prepared equipment submittal packages, materials, CAD drawings, and subcontractors for power rectifier and signal projects proposed by NYC Transit. Other responsibilities included site surveys, power systems and cable run design/ layout, site safety inspections, oversee work detail for field assignment compliance.OSHA Certified Safety Engineer

Bachelor Of Engineering (B.Eng.) In Electrical Engineering, 1990, Pratt Institute, Brooklyn, Ny, Profesional Training Courses

Motorola R56 Training – 4/2006, 3Days Three day training seminar on Motorola R56 Standard which involves: Site Implementation and Building.

Masters Of Telecomunications And Information Science - Incompleted, Advance Radio Design Course

Physical Layer Analysis; Channel Access Techniques; Units/Multicast Routing; Mobile Radio Theory and Networks; WAN/LAN Administration.

Bachelor'S Degree In Electrical Engineering, Electrical, Electronics And Communications Engineering, 3.2

Activities and Societies: NSBETelecommunications Projects Involving Shortest Path Problem Analysis between two Nodes

Various Career Training Courses

Activities and Societies: Career TrainingDoITT's e-Learning Managerial Leadership Training Pilot Program – 7/2009 – 08/2009 The e-Learning.