Renesas Electronics
Principal Millimeter-Wave/RFIC Design Engineer
Renesas Electronics, San Diego, California, United States,
Job Description
Principal millimeter-wave/RF IC design engineer will have a critical role in developing innovative circuits for Satcom and 5G networks and radar systems, mainly focusing on high performance circuits in silicon technologies. In this highly visible position, the mm-wave/RFIC design engineer will lead the development of the-state-of-the-art millimeter-wave transmitter/receiver front-ends and work on the circuit topologies for next generation communication and radar systems. We are looking for highly motivated and talented problem-solvers with strong background in high performance front-end design at microwave/mmwave frequencies as well as solid EM and communication systems background
Design state-of-the-art mmwave circuits such as power amplifiers, low-noise amplifiers, phase shifters, variable-gain amplifiers, mixers, multipliers, and synthesizers at mm-wave frequencies, focusing mainly on silicon technologies.
Develop mm-wave transmitter and receiver front-end and determine the system architecture for the complete signal chain from antenna to bits.
Determine the IC level implications of system-level requirements of next generation communication networks.
Design and simulate on-chip EM structures and work on co-optimization of IC/package interfaces
Lead the overall chip development activities by taking responsibility for chip-level integration and optimization.
Principal millimeter-wave/RF IC design engineer will have a critical role in developing innovative circuits for Satcom and 5G networks and radar systems, mainly focusing on high performance circuits in silicon technologies. In this highly visible position, the mm-wave/RFIC design engineer will lead the development of the-state-of-the-art millimeter-wave transmitter/receiver front-ends and work on the circuit topologies for next generation communication and radar systems. We are looking for highly motivated and talented problem-solvers with strong background in high performance front-end design at microwave/mmwave frequencies as well as solid EM and communication systems background
Design state-of-the-art mmwave circuits such as power amplifiers, low-noise amplifiers, phase shifters, variable-gain amplifiers, mixers, multipliers, and synthesizers at mm-wave frequencies, focusing mainly on silicon technologies.
Develop mm-wave transmitter and receiver front-end and determine the system architecture for the complete signal chain from antenna to bits.
Determine the IC level implications of system-level requirements of next generation communication networks.
Design and simulate on-chip EM structures and work on co-optimization of IC/package interfaces
Lead the overall chip development activities by taking responsibility for chip-level integration and optimization.