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Job Duties:

•⁠  ⁠A structured process that ensures a hardware design performs as intended and meets its functional, performance, and regulatory requirements.
•⁠  ⁠Write step-by-step procedures that define how hardware is tested, the conditions, and what constitutes a pass/fail outcome.
•⁠  ⁠Systematically identify the root cause of hardware failures and document any discrepancies between expected and observed behaviour.
•⁠  ⁠Use a primary instrument to visualize and measure voltage over time. Essential for observing signal waveforms, rise/fall times, glitches, overshoot, and noise.
•⁠  ⁠Apply statistical techniques to determine how many samples are needed for valid testing and how to interpret test data.
•⁠  ⁠Use a standard for accessing debug and boundary scan features in microcontrollers and FPGAs. Allow step-through debugging, memory inspection, and firmware flashing.
•⁠  ⁠Perform electromagnetic compatibility (EMC) and interference (EMI) analysis to evaluate whether a device emits or is susceptible to disruptive electromagnetic energy.
•⁠  ⁠Use a powerful software platform for data analysis, visualization, control system simulation, and algorithm development.
•⁠  ⁠Use a handheld or benchtop instrument to precisely measure voltage, resistance, and current in electronic circuits.
•⁠  ⁠Measure and evaluate signal attributes such as amplitude, frequency, phase, duty cycle, rise/fall time, noise, and distortion.
•⁠  ⁠Use a serial communication protocol to transmit data between devices using just TX, RX (and sometimes CTS/RTS) lines.
•⁠  ⁠Use a unified platform that includes a code editor, compiler, debugger, and build tools for firmware/software development

The minimum qualification required for the performance of the above specialty occupation duties is a bachelor's degree in Computer Science , Engineering or  equivalent in a related field or a foreign equivalent  with relevant experience.