Qualifications
Responsibilities:Design and develop RF and mmWave circuit blocks such as mixers, LNAs, PAs, switches, and VCOs.Conduct schematic design, simulation, and optimization to achieve performance goals in gain, noise figure, linearity, power, and bandwidth.Assess design trade-offs concerning performance, power consumption, and chip area.Work alongside layout engineers to ensure optimal RF performance and manufacturability.Assist with silicon bring-up, measurement, and troubleshooting of produced devices.Document design methodologies, simulation outputs, and measurement results.Engage in design reviews and contribute to the ongoing enhancement of RF design processes.Requirements:Bachelor’s degree in Electrical Engineering, Computer Engineering, Computer Science, or a related field.A minimum of 2 years of experience in RF or mmWave circuit design.Strong foundation in RF circuit theory and semiconductor device behavior.Proficient circuit design skills, with experience in analyzing and simulating both linear and non-linear circuits for RF applications.Familiarity with simulation and design tools such as Cadence (Virtuoso), Agilent ADS, Mentor tools, and/or Keysight PathWave Design Suite (ADS, SystemVue, GoldenGate, Momentum, Spectre).A commitment to working full-time, on-site in Atlanta, GA.Preferred Skills:Experience in designing RFIC or MMIC circuits using SOI and GaN technologies.Knowledge of RF front-end architectures in wireless communication systems.Hands-on experience in silicon validation and RF measurement.
About the job
Are you excited about crafting state-of-the-art RF integrated circuits for the future of wireless communication? At Falcomm, we're dedicated to translating pioneering semiconductor research into practical applications through our innovative, energy-efficient RF power amplifier technologies. Our vision is to enhance wireless communication's speed and efficiency by redefining the limits of RF semiconductor design.
We’re on the lookout for talented RFIC/MMIC Designers to create high-frequency circuit blocks essential for cutting-edge RF front-end systems. Your primary focus will be on designing and optimizing RF and mmWave circuits, including mixers, low-noise amplifiers (LNAs), power amplifiers (PAs), switches, and voltage-controlled oscillators (VCOs). This role involves close collaboration with system architects, layout engineers, packaging teams, and test engineers to bring high-performance semiconductor solutions from concept to silicon validation.
About Falcomm
Falcomm is at the forefront of semiconductor innovation, focusing on developing high-performance RF power amplifier technologies that redefine wireless communication. Our mission is to enable faster, more efficient connectivity by pushing the boundaries of RF semiconductor design.
