Murata America

Intern, Analog Design, Technology Platforms - Spring 2026

San Diego, CA
  • PhD required
  • Spring 2026
  • On-site
  • Internship

Listing details

  • Last verified Nov 3

About the job

Job Summary

The Analog Design Intern will assist engineers in designing and developing Technology Platforms’ analog circuits which form a critical part of pSemi’s RFIC products for cellular and connectivity applications. The analog circuits may include but are not limited to charge pumps, bandgap references, low drop-out regulators, logic translators, RF gate drivers, power-on-reset, DFT circuit blocks, etc. Additionally, the candidate will support development of veriloga models for the various analog circuit blocks as well as help document design information for circuit blocks. The candidate may need to interface with Digital design, Layout, Process technology and Modeling teams as necessitated by the scope of their assigned project.

Roles & Responsibilities

  • Analog/Mixed-Signal Block Design: Work independently and with our engineers on simulation and layout of circuit blocks.
  • IP Block Characterization: Work with Characterization engineer to analyze data from circuit block level testing and create test reports.
  • Product Support: Build Verilog/Verilog-a models for analog circuit blocks to enable efficient simulations at chip level. Interface with Analog and RFIC design teams as needed to fine tune the models
  • Documentation:Document any design work to educate others on IP block usage.

Minimum Qualifications

  • Knowledge of analog integrated circuit design
  • Software tools: Cadence, Excel
  • Strength in documentation clarity and completeness
  • Able to work effectively within the group and cross-functionally with other teams
  • Strong sense of urgency to meet task requirements on schedule

Preferred Qualifications

  • Familiarity with RF IC and Systems topics
  • Familiarity with SOI process

Education & Experience Requirements

  • BSEE or similar
  • Enrolled in a MS or PhD EE program with RF/Mixed-Signal/Analog circuit focus