Staff RF Systems Engineer

Responsibilities:

Perform RF system-level design and development to optimize intelligent integrated RF/wireless communication system-on-chip (SOC)

Define RF and Digital systems for the Radio IP used in industrial, healthcare and IoT markets.

RF System definition, analysis, optimization, and debugging.

Algorithm development for intelligent and cognitive radio, including optimizing PHY layer control of the RF and baseband with the goal of product certification and market introduction

Involve key customer communication for technical support and problem-solving

Participate and follow up with the major wireless standards definition.

Qualifications:

Masters Degree in Engineering with 5+ years of experience or Ph.D. degree with 2+ years of industry experience in Wireless PHY design and modeling (Wireless Communication Network).

5+ years of system-level experience on wireless transceiver functional blocks such as DPD, AGC, and CFO in wireless system design.

Must have strong background in DSP and Communication Theory.

Deep understanding of wireless system, features, performance, and their trade-off.

Solid understanding of CMOS RF transceiver architectures for modern communication systems.

Solid programming experience with Matlab/C/Python for behavioral modeling and system level simulation.

Strong knowledge of RF/Analog circuit simulation tools and testing techniques.

Preferred Qualifications:

Design experience in WiFi/Bluetooth/Cellular systems is strongly preferred.

Strong knowledge of Wireless PHY and MAC/Link Layer Protocol (Cellular, Wireless LAN, Bluetooth, etc)

Hands-on experience with RF test equipment (spectrum analyzers, network analyzers, load pull, etc)

About the team/role:

As a staff RF system designer, you will lead the development of RF/wireless design for ADI's medical, energy, and embedded security Ics. You will have the opportunity to be involved in all the significant phases of RF SOC product development cycles, including product definition, RF systems design, RF circuit design, and RF software implementation. A successful candidate must have a good understanding of communication theories, DSP concepts, and wireless transceiver design. You must have experience in modern wireless system architecture design, system/behavior level modeling, simulation for trade-off analysis, and performance evaluation. This position will also collaborate with the business team in supporting customers on critical issues and winning new customers.