Power Systems Engineer: High-Density DC-DC & HVDC

Texas Instruments; Santa Clara, Northern (CA, KY); Hybrid; USD 120,000 - 180,000; Full time

Job summary

Texas Instruments in Santa Clara, CA is seeking a Systems Engineer to help design high-power-density power delivery solutions and lead system-level optimization. You will work with cross-functional teams across IC design, packaging, thermal, firmware, and applications to translate customer requirements into robust power architectures.

The role involves modeling and simulating performance, validating specs, and supporting bring-up and deployments for hyperscale and enterprise customers.

Qualifications

• Responsibilities listed in the job posting. However, specific required skills are not explicitly stated in the provided HTML.

Responsibilities

• Define system architectures for high-power-density DC-DC converters, intermediate bus converters (IBCs), and HVDC power delivery solutions.
• Develop power system specifications, requirements, and validation plans.
• Lead topology evaluation, tradeoff analysis, and system optimization for efficiency, power density, cost, and reliability.
• Collaborate with IC design, magnetics, packaging, thermal, firmware, and applications teams.
• Perform modeling and simulation using tools such as SIMPLIS, SPICE, MATLAB, or equivalent.
• Analyze system performance including efficiency, transient response, EMI, thermal behavior, and fault protection.
• Engage directly with hyperscale and enterprise customers to understand future power requirements and translate them into product roadmaps.
• Support product bring-up, debugging, characterization, and customer deployments.

Job description

Texas Instruments in Santa Clara, CA is seeking a Systems Engineer to help design high-power-density power delivery solutions and lead system-level optimization. You will work with cross-functional teams across IC design, packaging, thermal, firmware, and applications to translate customer requirements into robust power architectures.

The role involves modeling and simulating performance, validating specs, and supporting bring-up and deployments for hyperscale and enterprise customers.