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Title:  Principal Analog Engineer

Requisition ID:  40461
Department:  RF Communications Department

Indiranagar, IN

Job Function:  Hardware Engineering


Analog/Mixed-Signal Engineer


Duration: Regular

Schedule: Full-Time


Location: India - Bangalore Design Center


About Renesas RF Division. Since 2009, we have been developing innovative & ultra-linear RFICs for Base Station, SATCOM, Public Safety, Microwave Backhaul, and Military/Aerospace applications. We seek a very capable, highly motivated and self-driving individual to be a part of our millimeter-wave design team in our Bangalore design center and lead the analog/MS Building blocks for our state-of-the-art millimeter-wave beamformer chips.


Job Description

Analog/MS engineer will be responsible for designing building blocks such as various op-amps, biasing circuits, references, LDO's, PLL's, ADCs, DACs, temperature sensor, etc. Analog/MS engineer will have a critical role in developing innovative circuit blocks that will support various features in our 5G and Satcom front-end chips.



  • Work independently to develop innovative and differentiating circuits and topologies for challenging engineering problems at the intersection of millimeter-wave and analog/MS design.
  • Design analog/MS building blocks such as op-amps, data converters, buffers, IO buffers, and biasing circuits in CMOS and SiGe process.
  • Define and design analog line-ups for temperature sensors, power detectors, process monitors, etc.
  • Collaborate with the RF design lead and product definer to create digital specification for the digital design team elaborating on interface protocols, register map, state machines, etc.
  • Lead the RF-digital integration by collaborating with digital designers for complex and creative digital control and calibration interfaces for millimeter-wave SoC’s. Function as a gatekeeper between millimeter-wave and digital designers.
  • Lead the analog-mixed signal (AMS) verification effort.
  • Interact with other analog/MS design divisions within Renesas and offer creative solutions to application specific challenges for the millimeter-wave team.



  • 7+ years of experience in analog/MS circuit design in CMOS and/or SiGe technologies.
  • Solid understanding of op-amps, biasing circuits and references.
  • Strong fundamentals in temperature sensors, detection circuits and data converter design.
  • Extensive experience in mixed signal simulations and layout.
  • Proficient in Cadence Virtuoso suite – Schematic, Layout XL, and Spectre/AMS simulations.
  • Working understanding of Verilog based RTL, and digital design flow.
  • Motivation to work in a multi-disciplinary team for SoC development.
  • Good communication skills and effective team work.
  • Extensive experience in analog/mixed signal design characterization. Knowledge of MATLAB, Python is a plus.


Preferred Skills:

  • Broad range of working knowledge on digital design and verification flow.


Education and/or Experience:

  • 7+ years industry experience with MSEE required.
  • 5+ years industry experience with PhD preferred.


Renesas Electronics Corporation (TSE: 6723) empowers a safer, smarter and more sustainable future where technology helps make our lives easier. A leading global provider of microcontrollers, Renesas combines our expertise in embedded processing, analog, power and connectivity to deliver complete semiconductor solutions. These Winning Combinations accelerate time to market for automotive, industrial, infrastructure and IoT applications, enabling billions of connected, intelligent devices that enhance the way people work and live. Learn more at Follow us on LinkedIn, Facebook, Twitter, YouTube, and Instagram.


Renesas respects all types of diversity and values, and actively works to improve our work environment and foster a corporate culture that accepts and is inclusive of one another. We believe our commitment to diversity and inclusion, and our initiatives are the source of innovative products and services that support our sustainable business growth. For more information, please read through our Diversity & Inclusion Statement.