RF Engineer

Skills

Employment History:

Confidential

IT Project Manager, Project Management Office PMO

Responsibility:

• Public safety communications and interoperability, LTE WI-Max-Standard practices.
• Managing Motorola User Configuration Manager, developing fleetmaps, codeplugs program radios-public safety.
• Executed satellite receiver sensitivity, link ability analysis, power density, and bit error rate testing on UHF, S-Band, X-Band, and Ka-Band fixed earth and mobile satellite terminals.
• Based on government grants and requirements, designed and developed from abstract ideas a number of unique and wireless devices including GSM, LTE based system design and implementation with G3 and G4 protocol, frequency bands and modulation.
• Troubleshooting WS systems cell, microwave, LMR, UHF , with public safety infrastructure 800MHz,UHF Trunked , public safety communications and interoperability, Project 25, LTE WI-Max-Standard practices.
• Had Knowledge on Public Safety Answering Point PSAP Operations, wireless communications-combination of theory practice.
• Created monthly system watch reports, data entry and analysis.
• Confidential RF/Systems Engineer Staff, Project Management

Responsibility:

• Managed technical requirements and produced Contract Data Requirements List CDRL deliverables verifying design approaches and to ensure viability and effectiveness of the RF technologies, infrastructures, and concept portions for the RF Integrated Product Team IPT during the System Development and Demonstration SDD phase of the project.
• Developed DoD RF waveforms' detailing interconnects wired diagrams and Interface Design Documents IDDs deliverables illustrating the hardware and software interface connectivity.
• Managed compliance analysis on the Request for Proposal RFP during the Price-to-Win Proposal effort.
• Directed and led Technical Interchange Meetings TIMs and Preliminary Design Reviews PDRs between internal, external customers, and sub-contractors.
• Performed Satellite Communications SATCOM link budget analysis on classified programs.
• Executed engineering testing services and performed initial orbit test and evaluation IOT E between the ground terminal and the satellite space vehicle to support Wideband Global SATCOM WGS On-Orbit Testing OOT project at the Air Force Camp Parks Communication Test Flight CTF Annex in Dublin, CA.
• Public safety communications and interoperability, LTE WI-Max-Standard practices.
• Managing Motorola User Configuration Manager, developing fleetmaps, codeplugs program radios-public safety.
• Several different type of project required the RF Engineering tools including Wizard drive test tools , Interoperable Radio for Land Mobile Radio LMR , and Radio network coverage and interference analysis.
• Executed satellite receiver sensitivity, link ability analysis, power density, and bit error rate testing on UHF, S-Band, X-Band, and Ka-Band fixed earth and mobile satellite terminals.
• Based on government grants and requirements, designed and developed from abstract ideas a number of unique and wireless devices including GSM, LTE based system design and implementation with G3 and G4 protocol, frequency bands and modulation.
• Troubleshooting WS systems cell, microwave, LMR, UHF , with public safety infrastructure 800MHz,UHF Trunked , public safety communications and interoperability, Project 25, LTE WI-Max-Standard practices.
• Had Knowledge on Public Safety Answering Point PSAP Operations, wireless communications-combination of theory practice.
• Created monthly system watch reports, data entry and analysis.

Confidential

Senior RF Engineer, Modeling, Simulation, Analysis

Managed and conducted engineering study analysis on Radio Frequency Identification RFID and VoIP technology to be implemented in the DOD community programs for the Office of the Assistant of the Secretary of Defense for Networks and Information Integration OASD-NII Wireless Directorate.

Confidential

Electrical Engineer III, Radar Engineering

Responsibility:

• Developed, tested, and integrated tactical military HF, VHF, UHF, VoIP and SATCOM systems to support future growth and technical sustainment for the Navy's NAVAIR special operations programs at the Patuxent PAX River Naval Air Station NAS Modular System Integration Facility MSIF lab in St. Inigoes, MD.
• Managing User Configuration Manager, developing fleetmaps, codeplugs program radios-public safety.
• Several different type of project required the RF Engineering tools including Wizard drive test tools , Interoperable Radio for Land Mobile Radio LMR , and Radio network coverage and interference analysis.

Confidential

RF Design Engineer Consultant, Project Management

Responsibility:

• Directed site acquisition and infrastructure construction teams on all requirements to ensure infrastructure reflected business objectives and design metrics during build-out phase of each market. Managed backhaul development of E911 trunked and text messages to meet public safety requirements.
• Managing User Configuration Manager, developing fleetmaps, codeplugs program radios-public safety.
• Consulting to various small companies by designing and developing RF, hardware including FPGA and Analog component level circuits for 5 MHz to 3 GHz range including 2.4 GHz WI-Fi, LTE, and Land Mobile Radio LMR UHF and space applications.
• Completed RF designs for AT T Fixed Wireless Broadband Networks on the PCS 1.9 GHz band for the provision of a wide variety of communication services, including high-speed internet access and digital phone services covering specified Texas markets.

Confidential

RF Engineer, RF Development

Responsibility:

• Member of corporate engineering, RF Development management group, responsible for optimizing, sustaining, and maintaining the stability of the Skytel two-way paging and text messaging nationwide systems.
• Performed device testing in the field and lab environment under various RF conditions throughout the US. Simulated challenging RF environments in laboratory device testing. Tested, calibrated and, integrated Motorola devices, transmitters, and receivers to enhance performance expectations in the field.