RF Engineer/Medical X-Ray Engineer/Aircraft Engineer/Sales Engineering
Resume:
VINCENT COREY
**** ****** ****** ********* #**, Union City, New Jersey 07087
********@*****.***
SYSTEMS ENGINEER
FOCUS OF INTEREST: COMMERCIAL INDUSTRY
QUALIFICATIONS SUMMARY
Analytical, focused, and result-oriented professional with combined hands-on experience and solid educational background in system engineering; offering outstanding qualifications in providing expert engineering support, including test, analysis, MATLAB, and RF energy/plasma involvement gained from both military and commercial organizations.
Interested in pursuing systems engineering position within medical instrumentation engineering environment to effectively utilize knowledge and skills to leverage professional and organizational growth and development.
Comfortable at working independently within competitive settings, and able to apply innovative methods, procedures, and systems in solving problems.
- Effective at writing and analyzing requirements in creating a system to ensure compliance with client’s specifications.
- Proficient in assembly design principles and processes; proven successful in new product and project development.
- Commended for demonstrating extensive experience in technical and integration, systems engineering, applications, technical support, and program management.
- Seasoned with proven success in developing and implementing system application, including database solutions that optimize business functionality as well as programming technologies that save costs, enhance performance, and deliver positive bottom line results.
- Recognized as leader, performer, and achiever equipped with exceptional combination of persuasion and consensus building skills.
PROFESSIONAL EXPERIENCE
ITT ELECTRONIC SYSTEM INC., CITY, NJ
Member of Technical Staff (System Concept) 2004-Present
Oversee all aspects of day-to-day technical support in the development of radar and infrared electronic countermeasures for military usage, which included administration of basic and environmental testing, failure analysis, programming, and repair of direct digital synthesizers;
integration of firmware and software development for regression testing systems; and configuration of programming source code for Field-programmable Gate Array (FPGA) and proprietary language for processors functions.
- Demonstrated profound expertise in written requirements for specifications and reliability testing.
- Determined and implemented software to ensure cohesion between the DDS section and the RF section.
- Analyzed and validated proper installation, including program systems in order to achieve customer requirements and identify new installations.
- Conducted comprehensive data analysis for environmental test sets.
FREQUENCY LABS, UNIONDALE, NY
Applications Physicist 1999-2004
Coordinated in the design, development, and deployment of extensive testing of Time Frequency Rubidium Standards, High Stability Oscillators, and Frequency Hopping Synthesizers in telecommunications and defense operations that ranged from DC-6.843 GHz.
Carried out extensive testing and analysis of Motorola Frequency and time standards. Ensured assembled and tested components were in compliance with all customer requirements and company standards.
Provided procedural support to engineering physicists on prototype frequency time standards for companies, which included Lucent and Motorola.
- Designed and implemented RF generator boards leading to a significant board design improvements while reducing phase noise stability in Phase lock loop circuits.
- Acquired intense knowledge on Atomic clock transitions for Cesium and Rubidium isotopes that are used in atomic resonance controlled oscillators.
- Strategically planned and developed cavity lids and Magnetron-type resonators, facilitating the completion of microwave/Rubidium cavity cells; constructed various dimensional dielectrics to enhance coupling (standing wave) through step recovery diode, band-pass filtering techniques, and modulation detection for error correction.
- Successfully enhanced signal to noise ratios opposed to temperature through identifying, analyzing, and resolving specific component failures.
- Initiated, developed, and utilized methodology for in process testing of circuit designs in order to minimize waste and costs and expand productivity and efficiency.
EARLIER CAREER
Junior RF Engineer-Senior Technician ~ AEROFLEX CIRCUIT TECHNOLOGIES, PLAINVIEW, NY
Field Technician ~ AXSYS COMMUNICATIONS, FARMINGDALE, NY
Specialty Power Generation and Communication Specialist ~ UNITED STATES ARMY, TACOMA, WA
EDUCATION AND CREDENTIALS
Master of Science in System Engineering
STEVENS INSTITUTE OF TECHNOLOGY, HOBOKEN, NJ
Bachelor of Science in Physics
STATE UNIVERSITY OF NEW YORK (SUNY) AT STONY BROOK, STONY BROOK, NY
Associate of Science in Electrical Engineering with Concentration in Power Generation
PEARCE COMMUNITY COLLEGE, TACOMA, WA
Relevant Courses: Principles in Optics ~ Electrodynamics ~ Electricity and Magnetism ~ Thermodynamic ~ Vibration and Wave Theory ~ Particle Physics (High Energy) ~ Mechanics ~ Circuit Analysis ~ Transmission Line and Propagation Theory
Mathematics: Introduction in Quantum Dynamics, statistical Mathematics Concepts in Physics and Engineering. Solid State Physics ~ Classical Dynamics ~ Semiconductor Physics and Magnetic Theory
Electronic Warfare Courses: ECM Techniques ~ Signal Analysis ~ Receiver/ Transmitter Concepts and Design ~ Electronic Counter-counter Measure Techniques ~ System Level Modeling and Simulation ~ Dynamic Range and Sensitivity Concepts ~ Classified Courses Introduced from ITT
Professional Training: Six Sigma Value Based Programs ~ MATLAB Courses ~ Lab View Courses
PROFESSIONAL AFFILIATIONS
Member, Institute of Electrical and Electronics Engineers (IEEE)
Member, American Physical Society (APS)
TECHNICAL SKILLS
Proficient in: Microsoft Office Suite (PowerPoint) ~ Visio ~ ADA ~ Unix OS ~ Doors ~ FRACAS ~ Simulation Threat Analysis Programs ~ Source Code for Discrete (Xilinx / FPGA’s) ~ Algorithm ~ MatLab, Labview ~ Spice application ~ Motorola IDEN ~ IEEE Communication ~ J-TAG Applications ~ AutoCAD and Agilent ADS 2000
Knowledgeable Platforms: ALQ 172, F-22 / F-18 Aircraft currently with the A.I.D.E.W.S program ~ AMMRAM GPS, Medical Devices with Atomic Timing Implanted
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