Senior Engineer, Test Engineering

Duties

• Design and develop high performance test solutions on products for first silicon verification, characterization, qualification, and manufacturing of precision digital and mixed signal products.
• Design, develop, and debug multi-site, cost effective test hardware/software solutions for characterization, qualification, and production wafer probe and final test.
• Design, develop, and implement cost-effective methods of testing, evaluating, and troubleshooting systems and equipment for all phases of product development and manufacturing.
• Define test schematics and work with lay-out engineers to design printed circuit boards multi-site test hardware.
• Debug test programs, correlate production test solutions to engineering bench measurements, and transfer production test solutions to manufacturing sites.
• Engage and support manufacturing to maintain production yield and quality, and resolve product and test problems after production release.
• Participate in new product development teams and evaluate new test systems for future applications.
• Work with the Design and Systems/Applications teams to develop and implement a Design for Test plan, and take tests in the Design Verification environment to the Automatic Test Equipment.
• Manage and maintain project schedules that align with product introduction and release.

Requirements

• Must have a Master’s degree in Electrical Engineering, Computer Engineering, Electronics and Communication Engineering or related field (willing to accept a foreign educational equivalent).
• Must have three (3) years of experience as a Test Engineer or related occupation developing product test solutions for analog or mixed signal integrated circuits.
• Must possess the following: Demonstrated Expertise (“DE”) programming in object-oriented and scripting languages for analog/digital devices and products;
• DE with design verification tools and flows including Verilog, Verilog simulators, Spice simulators, or related languages;
• DE developing software in major ATE software platforms to test ICs on custom designed and debugged PCBs for interface to ATE;
• DE designing (individually and/or as part of a team) software and hardware to characterize and production test state-of-the-art ICs;
• DE using statistical analysis tools and reports oriented for validation of products to set test limits on products and datasheets;
• DE participating in project development including support of design-for-testability, product qualification, and ongoing support of products in production;
• DE releasing products to production by interfacing with various departments such as Quality, Reliability, Applications, Product Engineering, Assembly, Failure analysis, and Global Operations.