Mmwave ATE Test Engineer

Key Qualifications:

• Master or comparable Degree in Electrical Engineering / microwave Engineering

• Analytical, Strong Planning and Organizing Skills

• Knowledge with hands on experience in mm-wave amplifiers, mixers IC, beamformer IC, low noise amplifiers & Power amplifiers testing.

• Good knowledge in measuring and understanding of RF measurement parameters like S-parameter, Stability, Noise Figure (NF), Linearity (P1dB), Intermodulation (IM3),

• Conversion gain, Single/Multi Channel signal Analysis (Standard Modulation schemes, Digital Video, etc.)

• Hands on experience is required for performing above RF measurement parameters using Laboratory Test Equipment such as Network Analyzers & its applications, Signal Analyzers,

• Phase Noise Analyzers, and industry standard test equipment for signal analysis

• Creating compliance matrices against spec, plotting results, and presenting results

• Identifying test components for RF testing according to test methodology

• Exposures to post-Silicon validation, silicon bring-up, testing/debug/root cause of circuit marginalities, product engineering, foundry manufacturing, etc.

• Experience working with cross-functional teams

• System level & RF/SOC experience is a plus

• Strong programming skills for writing and debugging test programs and HW related issues.

• Competency in programming with Scripting languages (i.e.., Perl/Python) and high-level languages (i.e.., C/C++ or JAVA)

• Preferred knowledge on V93000 SOC Tester - Smartest 7 or Smartest 8

• You are comfortable working primarily in a lab environment

• You have good experimental technique, techniques of problem localization and root-cause

• Good data analysis skills and attention to details

• Knowledge in load board design, testing, and debugging

• Nice-to-haves (in at least one and preferably several areas):

• Chip design background in circuit/physical design (timing closure, power, etc.) or DV (correlating SW signatures to block level tests).

• Post silicon physical debug background in speed-path/Vmin, memory arrays, clocking, or yield improvements.

• Post silicon logic debug background in exercising various DFX features, analyzing scan-dump/mem-dump, suggesting tests in both system level and in DV

• Product engineering background and familiarity with ATE coverage, margin, binning, scan pattern generation, etc.

• MIPI protocols

Job Description:

• Responsibility for test program development on Advantest 93K SmartScale/ExaScale RF for mmWave Automotive Radar ICs

• Development of Test Hardware and test program for mmWave tests

• Support the implementation of DfX into new products in close cooperation with Test Architects, Product Development and Product Engineering

• Able to summarize debugs/findings and think along the line of improvements in both DFX features and test coverage.

• Based on the overall test strategy, develop test-concepts, test-programs, and test-hardware for wafer- and final-test, according to the Automotive requirements specification

• Be responsible for reaching of test engineering related milestones

• Be involved in digital & analog test pattern creation and simulation process and generation of tester dependent test-vectors

• Define and develop test methods and techniques

• Be involved in development of production and characterization hardware for automatic test equipment with high test coverage (wafer and final test)

• Analyze the test data and report results into the IC design teams

• Be responsible for introduction and release of the mass-production related software and hardware

• Understanding new chip features and define coverage applicable to our test environment

• Be the first line of defense when failure occurs to isolate (setup, code, artifacts, silicon issues, logic/physical, identify blocks, etc.).