Environmental and Sustainable Building Engineering

Sect.1.[I]HBIM basis Introduction to HBIM Regulatory and procedural aspects BIM and HBIM Level of Development and Level of Accuracy Sect.2.[II]HBIM operations HBIM and the Knowledge Framework The evolution phases of the historical heritage (4D of BIM) Detailed modeling for HBIM Representation techniques for constructive knowledge Sect. 3. [III] HBIM applications Building heritage management (6D of BIM) Seismic risk and construction heritage: HBIM for safety measures and anti-seismic devices HBIM for decay mapping and cracking patterns

The course welcome students, graduated in a basic degree in the field of building engineering. Requested basic teachings: - building system - building process - materials - architecture history - structural analysis

Lectures of the professor

The course includes lectures and laboratory exercises on a selected case study. The conduct of the laboratory activity is divided into the 4 modules of the course.

Attendance at all parts of the course is strongly recommended. Classes will be held in-person, at the Rieti location, and remotely, via google meet, simultaneously.

There is a multiple choice quiz at the end of each section of the course, plus the evaluation of the laboratory part and an oral interview at the end of the course.

Eastman, et al . BIM Handbook: A Guide to Building Information Modeling for Owners, Managers, Designers, Engineers and Contractors. Wiley, 2018 Daniotti, Gianinetto, Della Torre. Digital Transformation of the Design, Construction and Management Processes of the Built Environment. Springler, 2020 BIM for Heritage: Developing a Historic Building Information Model. Historic England, 2017 National and international documentson digitaldesign and information models for construction.

The course includes lectures and laboratory exercises on a selected case study. The conduct of the laboratory activity is divided into the 4 modules of the course.