Advanced Test Engineer - Analog & Mixed-Signal

Texas Instruments; Tucson (AZ); On-site; USD 90,000 - 130,000; Full time

Job summary

Texas Instruments in the United States is seeking a test engineer to join the team responsible for testing high-speed, analog/mixed-signal devices. You will work with design to understand specifications, generate test plans, and develop ATE interfaces and software to enable robust, cost-effective testing.

The role involves debugging silicon on ATE, correlating with bench data, and supporting yield analysis and failure investigations to ensure quality as products move toward volume production.

Qualifications

• Background in probe and final test development of complex mixed-signal circuits.

Responsibilities

• Work with design team to understand design specifications
• Generate test plan, create test and char program, design ATE hardware interface boards
• Debug and characterize 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
• Define and implement test strategy for new products
• Develop ATE hardware and software
• Support silicon qualification & characterization including qual hardware development
• Perform comprehensive device debugging, design validation and failure analysis
• Drive for robust and cost-effective test solutions while being accountable for product quality

Job description

Texas Instruments in the United States is seeking a test engineer to join the team responsible for testing high-speed, analog/mixed-signal devices. You will work with design to understand specifications, generate test plans, and develop ATE interfaces and software to enable robust, cost-effective testing.

The role involves debugging silicon on ATE, correlating with bench data, and supporting yield analysis and failure investigations to ensure quality as products move toward volume production.