Work package 6
Demonstrators for Technology Application and Validation
Starting Month: 25/48
Lead Beneficiary : NTUA
Objectives: WP6 aims to validate and demonstrate the practical application and effectiveness of the ADAPT4CE project's technologies in sustainable and smart construction. This includes showcasing innovative approaches through a demonstrator project, evaluating technology performance in real-world settings, and refining technologies based on stakeholder feedback.
Description of Work: The following activities comprising various tasks will be completed to meet the needs of WP6:
Task 6.1. Creation of demonstrator to showcase technology application (Leader: NTUA, PM=28.0M): This task focuses on the design, development, and implementation of a comprehensive demonstrator that encapsulates the ADAPT4CE project's innovative approaches to sustainable and smart construction. The demonstrator will be a small-scale, digital fabricated modular structure from a synthesis of waste and additives with thermal-based smart properties that showcase the integration of CE-based digitalisation in construction sector. The structure will serve as a live example of DfD principles, promoting the ease of assembly, disassembly, and the potential for component reuse. The demonstrator will be equipped with sensors and IoT devices to collect data on various parameters (temperature, humidity, structural integrity). This data feeds into a digital twin model, allowing for real-time monitoring and predictive maintenance simulations. RFID tags will be embedded in construction materials for real-time tracking and inventory management. Blockchain technology will be used to ensure transparency and traceability of the materials' lifecycle, from sourcing through to recycling or reuse. User Interaction and Engagement: An interactive station will be set up that explain the features of the demonstrator, including the use of smart materials, the process of 4D printing, and how the digital twin model works. The station can utilize touch screens, augmented reality, or QR codes that link to more detailed information online. A section within or adjacent to the demonstrator that serves as a mini material bank, showcasing the variety of materials used in the construction and their potential for reuse. This section can educate visitors on the principles of CE in construction. Τhe position the demonstrator in the academic campus of NTUA, to validate its functionality and gather feedback from diverse stakeholders. Role of Participants: NTUA: Will oversee the conceptual design, coordination, and assembly of the demonstrator, ensuring the incorporation of all project innovations. UOA: Will provide the advanced materials and components fabricated through innovative manufacturing processes for the demonstrator's construction. PRISMA: Will integrate digital twin technology, RFID, and blockchain systems to enable real-time tracking, predictive maintenance, and transparent material lifecycle management. INS: Will contribute to the demonstrator's design by ensuring it adheres to CE principles and is optimized for resource efficiency and minimal environmental impact. JUST: Will implement the expert systems for material characterization, sorting, and decision-making within the demonstrator's setup.
Task 6.2. Evaluation of technology performance in real-world settings (Leader: INS, PM=20.0M): his task will involve rigorous testing of smart materials, advanced manufacturing techniques, digital twins, RFID, blockchain, and expert systems in actual construction settings to validate their effectiveness, user-friendliness, and impact on enhancing sustainability and efficiency in the construction sector. Role of Participants: INS: Will coordinate the overall evaluation process, ensuring comprehensive testing protocols are followed and performance metrics are accurately recorded. NTUA: Will facilitate the incorporation of ADAPT4CE technologies into ongoing or upcoming construction projects, providing real-world platforms for evaluation. UOA: Will provide technical support and expertise to adapt and optimize their respective technologies for effective deployment and testing in pilot projects. JUST: Will analyze performance data, assess environmental impacts, and compare the results against traditional construction methodologies to highlight improvements and areasfor further enhancement. ACU: Will be actively involved in providing feedback on the usability, practicality, and overall satisfaction with the implemented technologies, ensuring the end-user perspective is integral to the evaluation process.
Task 6.3. Feedback Integration and Iterative Technological Refinement (Leader: INFERSENCE, PM=20.0M): This task focuses on the systematic collection and analysis of feedback from the demonstrator projects and real-world evaluations to inform the iterative development and refinement of ADAPT4CE technologies. It encompasses gathering insights from various stakeholders, including construction professionals, end-users, and project partners, to assess the usability, effectiveness, and potential areas for improvement of the deployed technologies, such as smart materials, digital twins, and expert systems. Role of Participants: INFERSENCE: Coordinates feedback collection processes, organizes feedback sessions, and synthesizes the collected data to identify key insights and actionable 11 improvements. ACU4: Engage with the feedback collection process, analyzing specific comments related to their technological contributions, and prioritizing modifications or enhancements based on the collected insights. NTUA: Provide critical user-experience feedback and practical insights on the application and performance of the technologiesin operational settings. INS: Employ advanced data analysis techniques to quantify feedback, identify trends, and prioritize areas for technological refinement. JUST: Facilitate the feedback collection process, organizing workshops, interviews, and surveys among participants involved in the demonstrator projects.