RFIC Thermal Engineer
Falcomm
RFIC Thermal Engineer
Falcomm
Fabless design and licensing ultra-efficient PAs
Falcomm · Atlanta, United States · Full-time · Posted 2026-03-12
Workplace: on_site
Department: Hardware Engineering
Are you passionate about solving complex thermal challenges in advanced semiconductor technologies? At Falcomm, we are transforming innovative semiconductor research into real-world solutions through high-performance, energy-efficient RF power amplifier technologies. Our mission is to deliver next-generation wireless solutions that maximize performance while improving efficiency and reliability.
Falcomm is seeking an RFIC Thermal Engineer to analyze, model, and optimize thermal performance in RF integrated circuits and semiconductor packages. This role will focus on understanding heat dissipation, thermal reliability, and thermal management strategies for high-power RF devices. The position requires collaboration with RFIC designers, packaging engineers, and system teams to ensure devices operate reliably under demanding performance conditions.
Develop thermal models for RFIC devices, packages, and modules to evaluate heat dissipation and temperature distribution.
Perform thermal simulations and analysis to support design optimization and reliability improvements.
Competitive Salary and Equity Package
Comprehensive Health, Dental, and Vision Insurance
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Falcomm designs and licenses ultra-efficient solid-state power amplifiers for wireless communications, operating as a fabless semiconductor company. Its products are delivered as full turnkey solutions across CMOS, GaN, GaAs, and SiGe, with fabrication outsourced to foundries, and include IP such as LNAs, transmit-receive switches, beam-steering transceivers, and on-chip antennas. The company differentiates itself by combining energy efficiency with a complete licensing and delivery model for hardware manufacturers, including telecom operators, satellite firms, and consumer electronics makers. Falcomm’s goal is to help customers lower power consumption and extend device battery life, targeting growth in a $16 billion market growing around 12% annually.
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