Lead Analog & Mixed-Signal Hardware Engineer

Insight Global; Tualatin (OR); On-site; USD 120,000 - 180,000; Full time

Job summary

Insight Global seeks a Hardware Circuit Design Engineer for a leading semiconductor test and industrial automation client. You will own concept-through-production development of advanced analog and mixed-signal instrumentation used in automated test equipment, with a focus on high-speed board-level design, switching power supplies, and power delivery across multilayer PCBs.

Ideal candidates bring deep expertise in signal integrity, power delivery, and root-cause analysis, with opportunities to

Qualifications

• Extensive analog and mixed-signal hardware design experience.

Responsibilities

• Design analog and mixed-signal circuitry for automated test equipment.
• Lead concept-through-production hardware development.
• Design and validate board-level analog and digital circuitry.
• Perform circuit simulations and analysis using industry-standard tools.
• Collaborate with PCB layout teams to optimize board performance.
• Analyze and resolve customer-reported hardware issues via root-cause analysis.
• Develop solutions to improve product performance, reliability, and manufacturability.
• Evaluate and mitigate power, noise, signal integrity, crosstalk, and thermal concerns.
• Partner with cross-functional teams across multiple geographic locations.
• Mentor junior engineers and provide technical guidance.
• Drive project execution while maintaining quality and schedule objectives.

Skills

Circuit design

Op-amp design

Signal conditioning

Filters

Control loops

PCB layout

Power supplies

Thermal analysis

Mechanical basics

Circuit simulation

Tools

SPICE

ADS

Ansys

Job description

Insight Global seeks a Hardware Circuit Design Engineer for a leading semiconductor test and industrial automation client. You will own concept-through-production development of advanced analog and mixed-signal instrumentation used in automated test equipment, with a focus on high-speed board-level design, switching power supplies, and power delivery across multilayer PCBs.

Ideal candidates bring deep expertise in signal integrity, power delivery, and root-cause analysis, with opportunities to