Specific Goals

• Implement an action plan that guarantees the preconditions for subsequent WPs.
• Coordinate the activities of the partners and ensure effective communication for the purpose of capitalizing the existing experiences projected into the innovation project.
• Definition of typological repertoire with the identification of standard schemes for residential and industrial buildings.
• Catalog definition of reference technological components (structural elements and completion components).
• Definition of functional models of the main technological sub-systems (structure, vertical and horizontal closures, internal and external partitions) for the two previously defined typological areas.
• Definition of the technical characteristics of all non-structural materials usable in the context of green building and sustainability. Identification of the criticality of some products and study of the possible improvements in quality, performance and installation in order to realize them, possibly in an experimental key, and use them in the prototype to be realized.
• Identification of the most appropriate typological solutions from the point of view of plant engineering for safety, sustainability and economic savings.
• Identification of the levels of flexibility and aesthetic-formal customization of technological components.

Final Output

• Overall and detailed graphic diagrams of the types of buildings identified
• Technological metaprojecting cards
• Technical sheets of the selected products and/or to be adapted to make them functional to the project, complete with all the economic, functional and safety features.

Expected Methodology

• Analysis of the state of the art in the areas of competence.
• Identification, with established methodological criteria, of the existing solutions that are more functional to the project objectives.
• Optimization of existing solutions with process and product innovations, with a view to safety, environmental and economic sustainability objectives.
• Synoptic elaboration of the solutions identified with scientific evaluation of those more functional to the project objectives for the final choice.

Specific Goals

• Identification, for the construction systems referred to in WP1, of plant systems and monitoring equipment to guarantee assigned levels of living comfort and maximum allowable consumption.
• Perfect aesthetic and functional consistency between the components identified and those provided for the construction of the envelope.

Final Output

• Graphic schemes.
• Technological metaprojecting cards.
• Technical sheets of the identified products
• Report on the technical, economic and functional characteristics of the components used and of the systems as a whole for each type of plant or chemical-physical parameter subject to monitoring

Expected Methodology

• Analysis of the state of the art in the plant engineering sector.
• Identification, with established methodological criteria, among the existing solutions, those most functional to the project objectives.
• Optimization of existing solutions with process innovations, and eventually of product, with a view to safety, environmental and economic sustainability objectives.
• Synoptic elaboration of the solutions identified with scientific evaluation of those more functional to the project objectives for the final choice.

Specific Goals

• Development of executive projects of residential and industrial types identified in compliance with current legislation (seismic, energy, fire prevention), technical standards and objectives of environmental and economic sustainability.
• Optimization of the methods and time of assembly of the components.

Final Output

• Executive projects for the identified building typologies complete with the graphics drawings related to the architectural aspects, technological systems and indoor environmental monitoring, structural and assembly
• Indoor environmental monitoring plan
• Certification of energy performance during the design phase for the types of buildings identified
• Technical report on the methodology for classifying the indoor environmental quality
• Economic elaborations for the different typologies foreseen, parametrized in order to evaluate the realization costs according to the type, the size, the comfort living level guaranteed

Expected Methodology

• residential solutions (buildings for residence / tertiary)
• industrial solutions (buildings to contain equipment with constraints on temperature and humidity parameters).umidità).

• bearing structure;
• opaque and transparent components of the envelope
• technological systems and monitoring systems, even remotely.

Specific Goals

• Implementation of a prototype, among the types identified, with the characteristics of safety, comfort (maximum level among those identified), significant environmental and economic sustainability of the study carried out (WP1, WP2 and WP3).
• Provision of the prototype of all the monitoring systems envisaged in order to verify the project hypotheses and adjust the results. This monitoring also includes video footage of all the processing phases.

Final Output

• 60 sqm residential prototype building complete with plant and technological technologies for monitoring indoor environmental quality

Expected Methodology

• The methodology used envisages a close synergy between the companies and the University, aimed at optimizing all the activities according to the latest planning standards of the building processes in the construction of the prototype.
• Also in this phase, a specific process innovation will develop in order to define a codified protocol that will form an integral part of the project, which will guarantee: guaranteed quality, time certainty of material acquisition and installation processes, adequate levels of site safety.

Specific Goals

• To obtain a series of experimental data to verify the hypotheses related to consumption and living comfort during the design phase (WP1, WP2 and WP3).

Final Output

• Report of indoor environmental parameters and experimental technical features of the different components making up the prototype.

Expected Methodology

• The monitoring will take place according to the specific technical standards foreseen for this activity.

Specific Goals

• Verify test results and specific prototype performance
• Validation of the design and production models developed in previous WPs

Final Output

• Report of indoor environmental parameters and experimental technical features of the different components making up the prototype
• Audit report of the hypotheses at the basis of the design containing the experimental data acquired and processed
• Energy certification of the prototype realized
• Certification of indoor environmental quality according to the EN 15251 standard for the prototype realized
• Technical elaboration of adaptation of the typological, constructive and energetic models consequent to the results of the experimentation carried out
• Technical sheets of the identified products appropriate to the results of the data collected and processed
• Documentation with dissemination of results.

Expected Methodology

• Synergy between the partners both in terms of evaluation of the acquired experimental data and for the adaptation of typological, constructive and plant engineering aspects.