Senior RFIC/MMIC Design Engineer

Axiro Semiconductor; San Diego (CA); On-site; USD 180,000 - 230,000; Full time

Job summary

Axiro Semiconductor, a fabless RF/mmWave solutions company, designs high-performance RFIC/MMIC blocks and modules across the RF spectrum. The team collaborates globally, including in the US, tackling advanced wireless and Satcom challenges.

Headquartered in Bengaluru with a growing footprint in the US and Europe, Axiro delivers cutting-edge RF technologies and high-speed connectivity solutions to power next-generation networks.

Qualifications

• Deep expertise in RFIC/MMIC design and performance metrics (S-parameters, NF, P1dB, IP3, IMD)
• Proficiency with RF circuit design in ADS and Cadence
• Experience biasing circuits and analog design basics (bandgap, LDO) is a plus
• Hands-on use of 2.5-D & 3-D EM solvers (Momentum/EMX, HFSS)
• Strong lab skills with RF test equipment and RF IC characterization
• Ability to work independently and in a team, with strong communication

Responsibilities

• Design RFIC/MMIC circuits including ultra-low-noise and high-linearity amplifiers, attenuators, switches, and VGAs
• Advance cutting-edge designs while applying risk mitigation throughout the design phase
• Layout RF circuits with high integrity and drive design completion to schedule
• Document technical results and proactively support cross-functional groups
• Perform RFIC validation using lab equipment and support NPIs

Skills

RF design

RF metrics

RFIC/MMIC design

Bias circuitry

RF test equipment

Teamwork

Communication

Education

BSEE, MSEE or PhD preferred

Tools

ADS

Cadence

Momentum

EMX

HFSS

Job description

Axiro Semiconductor, a fabless RF/mmWave solutions company, designs high-performance RFIC/MMIC blocks and modules across the RF spectrum. The team collaborates globally, including in the US, tackling advanced wireless and Satcom challenges.

Headquartered in Bengaluru with a growing footprint in the US and Europe, Axiro delivers cutting-edge RF technologies and high-speed connectivity solutions to power next-generation networks.