Method and system of developing and executing test program for verifying DUT

A method of developing and executing a test program for verifying a device under test, comprising:

• receiving test data, by a test specification generating module for generating a test specification including information for generating a test program;
• receiving, by a code generating module, the information output from the test specification generating module in order to generate the test program;
• executing, by an automatic test equipment, the test program to verify the device under test;
• acquiring by an oscilloscope module, tested signals on pins of the device under test during a verifying phase of the device under test;
• and
• feeding at least an output of the oscilloscope module, which is based on the tested signals, back to the test specification generating module,
• wherein the test specification generating module is integrated with an artificial intelligence module to analyze the output of the oscilloscope module in order to automatically optimize the test program and perform quality checks;
• and
• wherein the test data includes at least a traceability matrix, a device under test register map, a setup description, an optical character recognition description of the device under test, and a standard test data file.

A system of developing and executing a test program for verifying a device under test, comprising:

• a test specification generating module configured to receive test data in order to generate a test specification including information for generating a test program;
• a code generating module configured to receive the information output from the test specification generating module in order to generate the test program;
• an automatic test equipment configured to execute the test program to verify the device under test;
• and
• an oscilloscope module configured to acquire tested signals on pins of the device under test during verifying the device under test, and feed at least an output of the oscilloscope module, which is based on the tested signals, back to the test specification generating module, and
• wherein the test specification generating module is integrated with an artificial intelligence module to analyze the output of the oscilloscope module in order to automatically optimize the test program and perform quality checks;
• wherein the output of the oscilloscope module is further analyzed by the integrated artificial intelligence module in order to automatically replicate all test setups of the test program to be executed on another automatic test equipment.