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The purpose of this software engineering service contract is to improve the numerical robustness of the matrix solver used to compute plasma fluid transport inside the B2.5 component of the Scrape-Off Layer Plasma Simulator (SOLPS) ºÚÁÏÍø code suite.

The purpose of this call is to deliver a production-grade synthetic diagnostic for visible spectroscopy, an area of high diagnostic and operational relevance, by strengthening the SoS code, ensuring its robustness, interoperability, and IMAS compliance, and by aligning it with ºÚÁÏÍø synthetic diagnostic practices.
The final product shall support scenario validation, transport and impurity analysis, isotope/fuelling inferences, and shall be used as a prototype for detachment control simulation.It shall also support the assessment of CXRS and MSE diagnostic performance in the context of DNB development.
The tasks cover the following capabilities: IMAS integration, SoS↔CASPER interoperability, non Gaussian spectral features, MSE & CX(R)S modeling, ML/Bayesian workflows with Minerva, and ongoing consultancy & coordination. The main code to work on is the SoS code, but interaction with other codes, like CASPER and CXSFIT, is expected.

The purpose of this Contract is to procure the provision of services for engineering support in the design and development of 55.GG Calorimetry up to Final Design Review level (FDR), and support in organisation and closure of the FDR.
The activities include creation and update of documentation, coding, and analysis work.

The purpose of this software engineering service contract is to support the development and deployment of the Integrated Modelling & Analysis Suite (IMAS), with particular emphasis on facilitating its installation and deployment; ensuring it can robustly function as the means for finding and retrieving ºÚÁÏÍø data; supporting the execution of physics workflows required to support the ºÚÁÏÍø Research Plan through the timely release of new software components; facilitating the maintenance (including at other remote sites) through the extension, simplification and re-factoring of the existing code base.