Tenders/3626S62540 - Determination of the improvement potential for the RODOS module "Dose Reconstruction" using AI methods with regard to the temporal-spatial interpolation of radiological environmental measurement data (...)

Open🇩🇪GermanyConsulting

3626S62540 - Determination of the improvement potential for the RODOS module "Dose Reconstruction" using AI methods with regard to the temporal-spatial interpolation of radiological environmental measurement data (...)

Auto-translated from German

Original title: 3626S62540-Ermittlung des Verbesserungspotentials für das RODOS-Modul "Dosisrekonstruktion" mit Hilfe von KI-Verfahren in Bezug auf die zeitll.-räuml. Interpolation von radiol. Umwelt-Messdaten (...)

Bundesamt für Strahlenschutz (BfS)

Published: Sep 16, 2026

Updated: Sep 16, 2026

Source: oeffentlichevergabe_de

About This Opportunity

This is a consulting contract in the Research sector. Located in Germany, Europe, this opportunity is open to firms and consortiums. Proposals must be submitted before October 20, 2026.

Published through DÖE Bekanntmachungsservice (Germany), a national government procurement portal. Public procurement tenders follow the country's national bidding regulations and may have specific eligibility and documentation requirements for consulting in the Research sector. Consulting assignments are typically evaluated with a strong emphasis on the technical proposal, including the methodology and qualifications of key experts. Shortlisted firms may be invited to submit financial proposals in a second stage. Interested parties should review the full documentation on the original source before submitting their proposal.

Description

Original language: German

Im Rahmen eines Forschungsvorhabens soll eine Methode zur Optimierung der Dosisabschätzungen in radiologischen Notfällen mittels Künstlicher Intelligenz entwickelt werden. Ziel des Projekts ist es, die Genauigkeit der Dosisrekonstruktion im Radiologischen Lagezentrum des Bundes zu verbessern, insbesondere während des Durchzugs einer radioaktiven Wolke. Im ersten Schritt soll ein KI-unterstütztes Interpolationsverfahren entwickelt werden, das räumlich-zeitliche Muster in radiologischen Ortsdosisleistungs-Messdaten erkennt und auswertet. Im zweiten Schritt wird dieses Verfahren zu einem multimodalen Modell weiterentwickelt, indem es zusätzliche Umweltparameter einbezieht und physikalische Prozesse modelliert. Die Methode soll an simulierten Trainingsdaten entwickelt und getestet werden.

Data provenance

This notice is sourced from DÖE Bekanntmachungsservice (Germany) and was originally published on September 16, 2026. Last refreshed today. Original language: German. BidsFactory mirrors official procurement notices and links back to the source for full legal text.

About Bundesamt für Strahlenschutz (BfS)

Bundesamt für Strahlenschutz (BfS) has issued 7 procurement notices on BidsFactory, including 4 currently open and 0 awarded contracts. Activity concentrates in Research & Innovation, Information & Communication Technology, and Education & Training. All notices are published for Germany. Notices are distributed via DÖE Bekanntmachungsservice (Germany). Most recent publication: September 16, 2026.

Frequently asked questions about this tender

What type of contract is this?

This is a Consulting contract in the Research & Innovation sector. The classification helps bidders match the opportunity to their qualifications and registered scope of supply.

Where will the contract be performed?

The contract is for delivery in Germany. Foreign bidders should review local registration, taxation, and any in-country presence requirements before submitting.

How can I submit a bid?

Visit DÖE Bekanntmachungsservice (Germany) to access the full notice, required documents, and submission instructions provided by the contracting authority.

When does this tender close?

The submission deadline is October 20, 2026. You have 34 days left to prepare and submit your proposal to the contracting authority.

Who is the contracting authority?

This notice was issued by Bundesamt für Strahlenschutz (BfS) in Germany. The authority is responsible for evaluating bids, awarding the contract, and managing performance.