Campus Precision Analog IC Designer (PhD)

Monolithic Power Systems; Hong Kong; On-site; HKD 400,000 - 640,000; Full time

Job summary

Monolithic Power Systems, Inc. invites exceptional PhD graduates to join our core R&D team as Precision Analog IC Designers. You will own the full product lifecycle—from circuit design and verification to silicon bring-up—under the mentorship of senior engineers.

You will gain hands-on experience, collaborating with Packaging, CAD, and Process teams to optimize power density and reliability for next-gen solutions, with growth toward expert design specialization.

Qualifications

• PhD in EE or microelectronics and fresh graduate status.
• Solid understanding of analog/digital circuits and IC design flows.
• Familiarity with precision analog building blocks and error budget analysis.
• Effective teamwork and communication skills.
• Proficiency with mainstream EDA tools for circuit design and simulation.

Responsibilities

• Product Definition & Process Selection: Contribute to specifying new products and evaluating optimal process nodes.
• Circuit Design: Execute circuit design from transistor level to system level.
• Simulation & Verification: Perform circuit simulation and verification, develop test methodologies.
• Layout Supervision: Guide physical layout to meet electrical rules.
• Post-Silicon Evaluation: Lead debugging, characterization, and evaluation after tape-out.
• Test & Production Support: Assist test engineers and product engineers in releases.
• Innovation & Documentation: Propose circuit ideas and help prepare notes and data sheets.

Skills

Analog & digital design

Precision analog design

Error budget analysis

Circuit simulation

EDA tools

Team collaboration

Time management

Education

Ph.D. in Electrical Engineering or Microelectronics (Fresh Graduates only)

Tools

Mainstream EDA tools

Job description

Monolithic Power Systems, Inc. invites exceptional PhD graduates to join our core R&D team as Precision Analog IC Designers. You will own the full product lifecycle—from circuit design and verification to silicon bring-up—under the mentorship of senior engineers.

You will gain hands-on experience, collaborating with Packaging, CAD, and Process teams to optimize power density and reliability for next-gen solutions, with growth toward expert design specialization.