HVDC Test Engineer: ATE Debug & Yield Optimization

Texas Instruments; Dallas (TX); On-site; USD 90,000 - 120,000; Full time

Job summary

Texas Instruments in Dallas seeks a seasoned test engineer to develop probe and final test for complex mixed-signal ICs. The role emphasizes translating design specs into robust test plans and interfacing with ATE hardware to ensure high-quality silicon.

You will collaborate with design and production teams to characterize devices, optimize test time, and support failure analysis for volume production of power management products.

Qualifications

• Experience in probe and final test development of complex mixed signal circuits.
• Able to generate test plans and develop test/char programs.
• Familiar with ATE hardware interface boards.

Responsibilities

• Work with design team to understand design specifications.
• Generate test plan, create test and char program, design ATE hardware interface boards.
• Debug characterizing silicon on ATE, correlate results with bench data.
• Analyze silicon results, supporting failure analysis tasks.
• Perform statistical analysis of yield fallout, debug and fix yield issues; optimize test time.
• Work with production team to release products to volume production.
• Test strategy definition and implementation for new DCDC converter products.
• ATE (Automatic Test Equipment) test hardware and software.
• Silicon qualification & characterization including qual hardware development.
• Comprehensive device debugging, design validation and failure analysis.
• Drive for robust and cost effective test solutions while being accountable for product quality.

Skills

Test development

ATE hardware

Yield analysis

Tools

ATE software

Job description

Texas Instruments in Dallas seeks a seasoned test engineer to develop probe and final test for complex mixed-signal ICs. The role emphasizes translating design specs into robust test plans and interfacing with ATE hardware to ensure high-quality silicon.

You will collaborate with design and production teams to characterize devices, optimize test time, and support failure analysis for volume production of power management products.