Power Interface Test Engineer - Multi-Rail ATE

Texas Instruments Incorporated; Dallas (TX); On-site; USD 90,000 - 130,000; Full time

Job summary

Texas Instruments Incorporated is seeking an experienced engineer to drive ATE testing for USB Controllers, Wide-VIN, and Power over Ethernet devices. You will develop probe and final test solutions for complex mixed-signal circuits, generating robust test plans and interfaces to ATE hardware.

Collaborate with design and production teams to optimize test time, quality, and ramp to volume production, with a focus on robust, cost-effective test strategies for new DCDC converter products.

Qualifications

• Background in probe and final test development of complex mixed-signal circuits.
• Experience with ATE test development and characterization.
• Ability to generate test plans and debug/test programs.

Responsibilities

• Work with design team to understand design specifications.
• Generate test plan, create test and char program, design ATE hardware interface boards.
• Debug silicon on ATE and correlate results with bench data.
• Analyze silicon results and support failure analysis tasks.
• Perform statistical analysis of yield fallout and optimize test time.
• Collaborate with production to release products to volume production.
• Define and implement ATE test strategies for new products.
• Support silicon qualification and characterization including hardware development.
• Drive robust, cost-effective test solutions ensuring product quality.

Skills

Test development

ATE testing

Yield analysis

Debugging

Test plan creation

Education

Bachelor's degree in Electrical Engineering

Tools

Automated Test Equipment (ATE)

Job description

Texas Instruments Incorporated is seeking an experienced engineer to drive ATE testing for USB Controllers, Wide-VIN, and Power over Ethernet devices. You will develop probe and final test solutions for complex mixed-signal circuits, generating robust test plans and interfaces to ATE hardware.

Collaborate with design and production teams to optimize test time, quality, and ramp to volume production, with a focus on robust, cost-effective test strategies for new DCDC converter products.