The Radio Frequency Engineer will work in an integrated process team environment, with technical responsibility for all of the following, regarding RF/microwave/mmW hardware: research, architecture trades, estimating recurring and non-recurring hardware and activities, analysis, proposals, selection, development, prototyping, verification, customer support, manufacturing support, and sustainment. Must meet the requirement of being a U.S. citizen and willing to obtain a security clearance.
Responsibilities:
• Have technical responsibility for all aspects of the RF/microwave/mmW hardware within our products, inclusive of UHF through 40GHz
• Participate in the entire product lifecycle for bespoke electronics modules, subsystems, and systems for the aerospace and defense market, including for RADAR, EW, SIGINT, comm, and satcom.
• Work in an integrated process team (IPT) environment, along with program management, quality, manufacturing, supply chain, and other engineering disciplines
• Perform all of the following activities for RF/microwave/mmW hardware: research, architecture trades, estimate recurring and non-recurring hardware and activities, analyze circuits, write technical proposals, select active and passive devices, design single layer substrates and single to multi-layer printed circuit boards, prototyping, verification, customer support, manufacturing support, and sustainment.
Technical Knowledge, Skills and Abilities:
Required:
• Competent in RF linear and non-linear circuit simulation using Cadence AWR or ADS
• Experience with 2.5D and 3D electromagnetic problems and simulation tools
• Experience with multi-layer printed wiring boards (PWB) design and layout up to 20 GHz
• Experience with single-layer duroid and ceramic layout up to 40GHz
• Experience with chip & wire/bare die design, interconnect, and modeling of interconnect
• Competent in analog DC, AC, and transient circuit simulation using SPICE or derivative
• Competent in RF measurements and design validation procedures
Preferred:
• Experience with MMIC development through 40GHz
• Knowledgeable of system architecture and block diagram planning of up converters and down converters
• Experience with RF system modeling using Cadence AWR VSS
• Knowledgeable of frequency planning and mixer spurious analysis for up and down converters
• Knowledgeable of phase noise requirements, cascaded phase noise performance, and connection to hardware implementation methods
• Knowledgeable with millimeter-wave electronics through 100GHz
• General knowledge of the requirements for and design of microwave sources, LNAs, SSPAs, mixers, filters, and synthesizers
• SSPA design of at least 10W linear from C-band through Ka Band using GaN or GaAs devices
Experience: 5 to 10 years of progressively increasing experience and responsibility for hardware development through at least 20GHz
Education: Bachelor’s Degree in Electrical Engineering (BSEE)
Travel: up to 10 % required or as business needs require; predominately within continental U.S.
Security: Must be a US Citizen, with ability to hold US DoD security clearance