Snr/ Staff Signal Integrity Engineer

Advanced Micro Devices (S) Pte Ltd; Singapore; On-site; SGD 80,000 - 110,000; Full time

Job summary

A leading technology company in Singapore is seeking an experienced electrical engineer to join their Signal Integrity team. The role involves electrical design and analysis for high-speed signaling and power delivery. Candidates should have a Master’s degree and experience with industry-standard EDA tools. This position offers the opportunity to work collaboratively and solve engineering challenges in an innovative environment.

Qualifications

• Experience in packaging, connector, and board design for power & signal integrity.
• Knowledge in analog characterization, electromagnetic theory, and digital circuit analysis.
• Self-driven and can work independently.

Responsibilities

• Perform electrical design and analysis for high-speed signaling and power delivery networks.
• Collaborate with cross-functional teams and customers to resolve design challenges.
• Document findings and contribute to best practices for SI/PI design.

Skills

Electrical design

Signal Integrity analysis

Collaboration skills

Problem-solving

High-speed signaling interfaces

Education

Master’s degree in Electrical or Microwave Engineering

Tools

Cadence

Ansys HFSS

SIwave

ADS

VNA

TDR

High-speed oscilloscopes

Job description

THE ROLE

The Power Integrity and Signal Integrity engineering team ensures the performance of the product are met through the integration of silicon, package and platform electrical design. Singapore Signal Integrity Lab provides design support to engineering teams for both current and forward-looking product development and design optimization!

THE PERSON

As a member of the Singapore Signal Integrity team, you will be responsible for the electrical design and characterization of high-speed signaling and power delivery networks in AMD products covering package, connector, and board. You will be required to communicate effectively and work in close collaboration with others in AMD as well as with AMD’s customers to ensure optimal engineering design decisions and efficient problem solving.

KEY RESPONSIBILITIES

• Perform electrical design and analysis for high-speed signaling and power delivery networks across silicon, package, and board levels.
• Develop and validate SI/PI models using industry-standard EDA tools (e.g., Cadence, Ansys HFSS, SIwave, ADS).
• Conduct simulations and interpret s-parameter data to ensure compliance with performance and reliability targets.
• Collaborate with cross-functional teams and customers to resolve design challenges and optimize system-level performance.
• Support characterization and measurement activities using tools such as VNA, TDR, and high-speed oscilloscopes.
• Drive design improvements through test board development, fixture design, and de-embedding methodologies.
• Document findings, provide technical guidance, and contribute to best practices for SI/PI design and analysis.
• Participate in forward-looking technology development, including silicon interposer and optical interconnect simulations.

PREFERRED EXPERIENCE

• Experience in packaging, connector, and board design for power & signal integrity.
• Experience in electrical modeling EDA tools such as Cadence, Ansys HFSS, SIwave, ADS, etc.
• Experience in high-speed digital signaling interfaces such as PCIE, USB, GDDR, and DDR.
• Experience in SI/PI simulation and processing of s-parameters.
• Knowledge in silicon interposer and optical interconnects simulations.
• Knowledge in analog characterization, electromagnetic theory, and digital circuit analysis.
• Experience in test board design, fixtures, and de-embedding methodologies is a plus.
• Experience in measurement tools VNA, TDR, and high speed oscilloscope is a plus.
• Skills in developing and mentoring team members is another plus.
• Ability to collaborate and work across different functional teams and different sites.
• Self-driven and can work independently.

ACADEMIC CREDENTIALS

• Master’s degree in Electrical or Microwave Engineering is preferred.