Close-up of electronic components and wiring on a workbench, with a metal frame, circuit boards, and jumper wires connected to a breadboard.

Shutter Timing Test Rig (DOE & Automation)

At a glance

  • Role: Test developer—rig design; Arduino-based logging; MATLAB analysis

  • Scope: Bench validation testing; Design of Experiments (DOE); traceable results with pass/fail criteria

  • Outcome: Timing met spec across the thermal range; duty settings recommended

Three proof points

  • Rig: Instrumented shutter with optical sensor and reference clock in a light-shielded fixture

  • DOE: Temperature × duty cycle × pulse width; randomized runs with replicates

  • Data: Automated logs → plots and statistics (latency, jitter, pass/fail)

Verified shutter timing under thermal load with automated data capture and analysis.

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