RF Engineer
Objective: To obtain a challenging position in a high quality engineering environment where my work experience, team oriented nature, and engineering competence will add value to a company’s daily operations.
PhD Electrical Engineering
RF Engineer
Objective: To obtain a challenging position in a high quality engineering environment where my work experience, team oriented nature, and engineering competence will add value to a company’s daily operations.
I am an experienced RF engineer that has worked in both the commercial and military microwave industries. I am adept at designing, simulating, and implementing antennas and active RF systems, and enjoy the intricacies of the RF design procedure. Currently, I am seeking new career opportunities where I can join a strong team, as well as research, design, and develop new and upcoming microwave technologies.
Ph.D. Electrical Engineering |
M.Sc. Electrical Engineering Focus: Frequency selective |
B.Sc. Electrical Engineering B.Sc. Applied Mathematics |
During my industry tenure, I have been fortunate enough to have been apart and led multiple teams, authored a variety of different proposals and contracts, as well as designed / fabricated / tested hardware and software for both DoD and industry products.
At MicrowaveTools Inc. I have consulted on 23 separate products ranging from satellite set top equipment, RFID charging and receiving systems, to personal transponders. Consulting for a variety of different companies has allowed for a diversification in my knowledge, skill set, and approach to problem solving. While most of the designs I have worked on at MicrowaveTools focus on RF modulation and front end systems, some jobs have required: detailed power solutions, Linux / Windows / Android implemented software solutions, full system analysis, and channel models.
While working at FIRST RF Corporation I worked with, and led (2010 – 2012), a team of skilled engineers in the development of high linearity Transmit/Receive modules, array time delay units, small phased and true time delay arrays for communication and RADAR applications, custom filters/diplexers, up/down converters, as well as a variety of specialized antennas for applications ranging from signal intelligence to communications. Throughout my time at FIRST RF, I was part of a team that completed over 18 small business innovative research (SBIR) grants, 6 broad agency announcement (BAA) programs, and multiple commercial products. During my time at FIRST RF I helped to transition multiple SBIR’s from an initial idea into Phase II or III programs selling either directly to the U.S. DoD, or to a prime contractor.
At Picosecond Pulse Labs I worked in R&D on analog high speed circuitry. In this position, I designed several test boards to quickly and efficiently test different high speed circuits that Picosecond was developing. While at Picosecond Pulse Labs, I helped in either the development or automated test of six catalog products. These products included: DC to 20GHz surface mount passives, 200MHz to 15GHz clock jitter insertion circuits, and a pulse compression amplifiers.
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