This is Hong Kong based position at MPS, located in Hong Kong Science Park (HKSP).

Job Summary:
Role Overview
1. Join our core R&D team to design and develop state-of-the-art integrated circuits.
2. As a campus hire, you will engage in the full product lifecycle—from circuit design and verification to silicon validation — under the mentorship of senior engineers.
Growth Opportunities
3. Career Path: Fast-track your journey to becoming an expert Power Management Analog Designer, specializing in high-efficiency power conversion and regulation systems.
4. Technical Depth: Master advanced topologies, loop compensation, power stage design, and thermal management techniques under expert guidance.
5. Cross-Functional Impact: Collaborate with Packaging, CAD, and Process teams to optimize power density, efficiency, and reliability for next-gen solutions.
6. End-to-End Ownership: Gain comprehensive experience from architectural definition and transistor-level design to silicon bring-up and system-level validation.

Responsibilities:
1. Product Definition & Process Selection: Contribute to specifying new products and evaluating optimal process nodes.
2. Circuit Design: Execute circuit design from the transistor level up to the system level.
3. Simulation & Verification: Perform comprehensive circuit simulation, logic verification, and develop test methodologies.
4. Layout Supervision: Guide and verify physical layout implementation to ensure compliance with electrical rules.
5. Post-Silicon Evaluation: Lead debugging, characterization, and evaluation of devices after Tape-out.
6. Test & Production Support: Assist test engineers in developing test programs and support product engineers in product release.
7. Innovation & Documentation: Propose novel circuit ideas, conduct feasibility studies, and assist in preparing application notes, data sheets, and demo boards.

Qualifications:
Education Requirements
1. Degree: Master's or Ph.D. degree (Fresh Graduates only).
2. Major: Electrical Engineering (EE) or Microelectronics.
Skills & Competencies
3. Technical Foundation: Solid understanding of fundamental concepts in analog/digital circuits, semiconductor physics, and IC design flows.
4. Power Expertise: Familiarity with power systems, including topologies, control schemes, stability analysis and compensation techniques.
5. Problem Solving: Ability to analyze clearly defined problems and select optimal solutions from existing alternatives.
6. Communication: Effective teamwork skills with the ability to express technical ideas clearly in group settings.
7. Time Management: Capable of organizing assignments and meeting deadlines under the guidance of supervisors or senior engineers.
8. Tool Proficiency: Familiarity with mainstream EDA tools for circuit design and simulation.