Automated digital workflows for temperature calibration

Identifies appropriate data types and defines data exchange formats (XML, JSON, etc.) for communication between participants and with the libraries from A2.3.1–A2.3.4 — aligned with existing hierarchies, FAIR, Digital SI, and DCC.

Uses typical participant datasets to identify major discrepancies vs. the database design and exchange formats, then proposes guidelines to remove these discrepancies and shares them across participants.

Compares existing DCC formats for temperature measurements in use and produces a harmonised DCC example that also informs the digital credential structures developed in WP4.

Maps the workflows from A2.1.3 to the libraries developed in A2.3.1–A2.3.4, identifying where middleware (custom adapters or scripts) is needed to connect libraries and database for specific participants.

Uses open-source tools to provide an integration and data-exchange template for the mapped libraries — emphasising automation. Drafts a paper on the resulting middleware approach.

Selected participants implement end-to-end software workflows to streamline contact thermometry (PRT) calibration; others perform partial integration — based on the templates from A3.2.2.

JV implements an end-to-end automated workflow for radiation thermometer calibration; NSAI and PTB perform partial integration — demonstrating how libraries combine into a production-ready calibration application.

Verifies the contact thermometry implementation from A3.2.3 in parallel with the EBSI capability tests in A4.3.4 — blackbox testing inputs/outputs from supplied data through to the resulting DCC.

Verifies the radiation thermometer implementation from A3.2.4 in parallel with A4.3.4 — blackbox testing inputs/outputs from supplied JV data through to the resulting DCC.

Compiles comprehensive documentation (including UML diagrams) for the workflows developed in A3.2.2 and implemented in A3.2.3/A3.2.4, and prepares a peer-reviewed paper.