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Provides critical technical skills and knowledge to engineers in industries developing products and technologies in RF and antenna engineering. Topics include antenna operation, parameters, and limitations, including arrays, RF circuits, waveguide theory, familiarity with EM simulation approaches and limitations, and RF measurement equipment.
Society has become more and more dependent upon wireless technologies over the last two decades, introducing a plethora of new engineering opportunities in wireless communications and networking, satellite and deep space communications, radar systems, imaging and sensing. The graduate certificate in RF and Antenna Engineering at CU Denver will provide critical technical skills and knowledge to engineers working in (or seeking to work in) industries developing products and technologies in these fields. Topics covered in this program include antenna operation, parameters and limitations including arrays; RF circuits (components and basic design); waveguide theory; familiarity with EM simulation approaches and their limitations; and experience with RF measurement equipment (what can and can't be measured in the lab).
Society has become more and more dependent upon wireless technologies over the last two decades, introducing a plethora of new engineering opportunities in wireless communications and networking, satellite and deep space communications, radar systems, imaging and sensing. The graduate certificate in RF and Antenna Engineering at CU Denver will provide critical technical skills and knowledge to engineers working in (or seeking to work in) industries developing products and technologies in these fields. Topics covered in this program include antenna operation, parameters and limitations including arrays; RF circuits (components and basic design); waveguide theory; familiarity with EM simulation approaches and their limitations; and experience with RF measurement equipment (what can and can't be measured in the lab).