The Tec4MaaSEs Project Deliverables and Training Material
The Tec4MaaSEs project evisages significant progress beyond the state of art for Manufacturing as a Service. In the following sections all Deliverables and Training material derived from the Tec4MaaSEs project are presented and made available progressively.
T4M Deliverables
In this Deliverable, all the necessary procedures (e.g., problem solving, escalation and decision making, delivery process) to favour a proactive and effective collaboration, will be described, ensuring the smooth execution of the project and the achievement of the desired impact.
This Deliverable describes the data and other research outputs generated by the project and the procedures for data management. Also, it identifies the types of data, the findability, accessibility, interoperability, and reusability of data/research outputs and defines the procedures for preservation storage and curation.
This Deliverable will provide an initial high-level analysis of the anticipated pilot scenarios in the industrial sectors that will be used to demonstrate the capabilities of the Tec4MaaSEs services and technical functionalities. Additionally, it will adopt a set of business models utilized by the blueprint architecture of Smart Factory Web for the flexible adaptation of production capabilities, sharing resources and assets, enabling the design and set-up of resilient industrial value networks.
The first and final version of the governance framework both the generic model and pilotspecific instances.
This Deliverable combines analyses the needs rising from the industrial cases, to produce user/system requirements that will drive the development of the solution. Moreover, it describes the architectural components, their interactions, and interfaces (instantiated in each case). Also, the supporting data models will be presented here.
This Deliverable will provide the models of the assets/services/operations at factory level along with their inter-relations which will form the basis for the resources/subservice composition and the Value chain DT model will also be presented.
Analytics models and services with APIs and configuration/ integration guidelines.
Optimization models and services with APIs and configuration/ integration guidelines.
First and final MaaS Governance Services combining the results of Tasks 3.5 (Data Governance) and Task 3.6 (Governance services for AI Models). This will be accompanied by APIs and configuration/integration guidelines.
Balanced Scorecard tool with documentation describing the logic and the underlying model and how it was deployed in each of the three pilot cases.
Initial and final version of the integrated platform including pilot specific dashboards (this incorporates the results of tasks 4.1-4.4).
Reports on the activities performed for the validation of tech4MaaSEs solution in the three industrial cases.
Analyzes and assesses the pilot operation to derive insights concerning the adequacy of the solution and formalize guidelines based on lessons learned.
Executive dissemination and communication plan including Visual Identity, dissemination material and digital presence.
Guidelines, strategies and plans for activities to identify the business models, exploitation, ecosystem building and sustainability plans.
The Tec4MaaSEs project embraces key enabling technologies to support Manufacturing as a Service (MaaS) ecosystems. At its core, it develops a network of Digital Twins (DTs) that possess both trustworthiness and cognition, allowing them to work collaboratively within a distributed value network. Standardization in the areas of DTs, submodels of the Asset Administration Shell, description of capabilities as well as information modelling with ontologies is fundamental for the project goals. A MaaS is a complex System of Systems with multiple stakeholders in which interoperability based on standards is essential for economic and sustainable solutions. This report describes the standardization activities of Tec4MaaSEs in these areas. Tec4MaaSEs has made and continues to make significant contributions to several key standards activities at the core of MaaS technology: Digital Twins as AAS (Asset Administration Shell), data spaces and data space connectors as well as information modelling based on ontologies. This work is being done in the international standards bodies Plattform Industrie 4.0, Industrial Digital Twin Association (IDTA), International Data Spaces Association (IDSA) and Open Applications Group, Inc. (OAGi). The report gives an overview of the respective standardization status and roadmaps and includes a comprehensive list of references.
T4M Training Material
You can download the Tekniker Dataspace Connector (TDC) – A visual step by step user guide directly by following the link found below
TDC – Visual Step By Step User Gudie
Shared with the permission of the author(s).
You can download the Information Modelling Framework for Addressing Information Fragmentation in Systems Engineering presentation directly by following the link found below
A presentation by Dimitris Kyritsis and Arild Waaler, Information Modelling Lab (SIRIUS), University of Oslo, originally presented at NEMO2024.
Shared with the permission of the author(s) for T4M training purposes.”
You can download the Information Modelling Framework for Cognitive Industrial Solutions
presentation directly by following the link found below
UiO – Information Modelling Framework for Cognitive Industrial Solutions – EMS summit
UiO – Information Modelling Framework for Cognitive Industrial Solutions – ICIM 2026
A presentation by Dimitris Kyritsis and Arild Waaler, Information Modelling Lab (SIRIUS), University of Oslo, originally presented at EMS-Summit2025, and ICIM2026.
Shared with the permission of the author(s) for T4M training purposes.”