
During May 2025, Frederik Rasmussen developed an automated test script for the NQCP/NQCP-Phot-Git-Drivers repository, focusing on hardware validation for the Andor spectrograph. Using Python, he engineered a workflow that initializes the spectrograph and camera, configures operational parameters such as temperature and exposure, performs data acquisition, and saves results as calibrated SIF files. The script incorporates robust resource cleanup to ensure repeatable, reliable tests, reducing manual intervention in quality assurance. Frederik’s work demonstrates practical application of data acquisition, file handling, and hardware integration skills, establishing a foundation for automated spectroscopy hardware testing within the photonics toolkit’s development process.

May 2025 highlights for NQCP/NQCP-Phot-Git-Drivers: Delivered an automated test script for the Andor spectrograph to validate core hardware workflow end-to-end. The Python script initializes the spectrograph and camera, configures temperature, read mode, and exposure, performs acquisition, saves results as a calibrated SIF file, and cleans up resources. This work establishes automated hardware testing within the photonics toolkit, enabling faster validation, reduced manual testing, and more reliable QA prior to releases.
May 2025 highlights for NQCP/NQCP-Phot-Git-Drivers: Delivered an automated test script for the Andor spectrograph to validate core hardware workflow end-to-end. The Python script initializes the spectrograph and camera, configures temperature, read mode, and exposure, performs acquisition, saves results as a calibrated SIF file, and cleans up resources. This work establishes automated hardware testing within the photonics toolkit, enabling faster validation, reduced manual testing, and more reliable QA prior to releases.
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