RF Hardware Engineer

Broadcom•San Jose, CA

22h•$121,900 - $195,000

About The Position

The successful candidate will work closely with the design, integration, test and qualification engineers to develop cutting edge technologies for high performance RF Switches and Filters used in wireless front-end modules. We are seeking expertise in supporting engineering activities related to development of test setups, design, modeling and characterization of SOI and FBAR/SAW devices. Your daily responsibilities include development of new RF characterization setups and automation tools to evaluate RF switches, resonators, filters and front-end modules for high-power, nonlinear, and noise performance characterization. As part of this role, you will be involved in the design and synthesis of RF filters using acoustic FBAR technologies. Your responsibilities will include developing models for high-Q resonators for various design environments, physical die layout, and module PCB design. Additionally, you will perform 3D EM co-simulation as well as yield and tolerance analysis to ensure design robustness for high-volume manufacturing. As a highly skilled RF engineer, you will be participating in R&D activities to implement characterization and qualification plans, reviewing test results, generating reports, and providing feedback to our global design, quality and processing teams. You’ll consistently work on complex assignments requiring independent action and a high degree of initiative to resolve issues.

Requirements

Master’s or PhD in Engineering with 6+ years of related experience in RF front end module building blocks, filters, switches, and semiconductor devices, PhD degree is preferred.
In-depth proficiency in RF/EM engineering and semiconductor physics.
Expertise with RF modeling tools such as ADS, HFSS, Cadence and Allegro SiP.
Experience with finite element modeling: piezoelectric, acoustics, thermo-mechanical, and RF domains.
Strong understanding of small-signal linear, nonlinear, harmonics, intermodulation, high-power RF, and noise measurement concepts.
Knowledge and hands on experience with RF test equipment: spectrum analyzers, network analyzers, signal generators, function generators, power meters, DC supplies, oscilloscope, multi-meters, load-pull systems, and probe stations, working with RF components such as couplers, filters, duplexers, amplifiers, and isolators.
Programming skills using Python, MATLAB is required.
Proficiency in trouble shooting of test bench and RF equipment.
Excellent organizational skills, accountability, ownership, and team-oriented attitude.

Nice To Haves

Filter, switch, PCB, die layout design and modeling experience is desired.
Test and instrumentation automation experience is desired.

Responsibilities

Development of new RF characterization setups and automation tools to evaluate RF switches, resonators, filters and front-end modules for high-power, nonlinear, and noise performance characterization.
Design and synthesis of RF filters using acoustic FBAR technologies.
Developing models for high-Q resonators for various design environments, physical die layout, and module PCB design.
Perform 3D EM co-simulation as well as yield and tolerance analysis to ensure design robustness for high-volume manufacturing.
Participating in R&D activities to implement characterization and qualification plans, reviewing test results, generating reports, and providing feedback to our global design, quality and processing teams.
Work on complex assignments requiring independent action and a high degree of initiative to resolve issues.