Our Short Specialization Degree in Digitalization, Planning and Management of Architectural and Infrastructural Heritage – HBIM & BMS will prove to be an essential tool to access digital technologies within the construction industry. After two editions dedicated to the use of historical BIM for the protection of cultural heritage, we activated a second course for the 2022/2023 academic year oriented to the computer-aided design for energy efficiency in buildings, and the management of Building Automation Control Systems (BACS). This new course complements the skills relative to building digitalization by introducing specific knowledge concerning energy consumption management aimed with the purpose of energy efficiency. This addition goes well with the development guidelines defined by the NRRP in relation to the digital and ecological transition, particularly concerning the public administration.

Our Short Specialization Degree in Digitalization, Planning and Management of Architectural and Infrastructural Heritage includes courses addressed to the development energy audit and efficiency processes, carried out through the creation of interoperable BIM models. Students will therefore be provided with the competences necessary to use aided property management systems, such as CAFM – CMMS and IWMS, dedicated to the sustainable management of architectural heritage, and integrated with simulation environments and management environments of data collected from sensor technologies and BMS.

Our Short Specialization Degree in Digitalization, Planning and Management of Architectural and Infrastructural Heritage trains professionals specialized in the application of BIM to digital engineering, with a focus on the theme of energy efficiency, energy management and the implementation of BMSs, in addition to the plants of preexisting buildings. Professionals with these skills may be employed by engineering firms specialized in plant engineering and energy efficiency, public or private managing bodies, or work as freelance designers, being able to keep up to date with current design methods and the latest European directives.

Our Short Specialization Degree in Digitalization, Planning and Management of Architectural and Infrastructural Heritage includes subjects common to both courses, while others are specific to one course or the other.

COMMON COURSE

  • BUILDING INFORMATION MODELING AND MANAGEMENT: this area focuses on the themes relative to building digitalization, BIM-based facility management, and BIM coordination and management techniques.
  • STANDARDIZATION OF DIGITALIZATION PROCESSES: focus on informative standardization and regulatory matters related to legal BIM.
  • COMPUTER SCIENCE FOR CULTURAL HERITAGE: this area focuses on the skills necessary to set up a database for the creation of a HBIM.
  • COMPUTER-AIDED DESIGN: focus on the implementation of BIM, such as: BIM and structural responses, analysis of construction information systems, interoperability between BIM authoring environments, information systems for historical buildings, computer-aided design in BIM, BIM and energy performance, technological digital surface models.
  • PROJECT, CONSTRUCTION AND FACILITY MANAGEMENT: focus on project, construction, and facility management techniques, assessments and BIM, maintenance and interoperable management of buildings.

hBIM COURSE

  • PHOTOGRAMMETRIC SURVEYING –SCAN TO BIM: this module addresses the skills and methods used in digital surveying through photogrammetry, advanced laser scanning techniques, and scan to BIM.
  • DIGITALIZATION OF THE BUILDING – HBIM: students will be provided with the skills necessary to realize the digitalization of a building through the cataloguing of architectural heritage, develop standardized digital models, digitize architectural degradation, and master scan to BIM techniques for the digitalization of superficial degradation.

BMS COURSE

  • MEP AND BIM BASED DESIGN: focus on BIM-based design of HVAC systems and mechanical, water, electrical and special plants.
  • BUILDING PERFORMANCE SIMULATION AND BMS: focus on energy simulation designs, computational design, value management and optimization, energy management, life cycle analysis, and the implementation of BMS-building management systems.

La modalità didattica prevede lezioni frontali dedicate all’apprendimento degli strumenti informatici e al test su casi reali. Alcune lezioni avranno carattere maggiormente teorico essendo legate agli aspetti disciplinari di gestione ed efficientamento del patrimonio edilizio, altre più operativo saranno legate all’utilizzo dei software.

Le attività legate all’utilizzo dei software saranno effettuate presso il LIM (laboratorio informatizzato di modellazione). Sono inoltre previste attività laboratoriali in altre sedi (rilievi in campo – hub per la innovazione e la digitalizzazione per il test sui BACS) finalizzate alla sperimentazione sulle ulteriori competenze connesse alla gestione digitale del costruito.

Alla fine del percorso di formazione è previsto uno stage formativo presso le aziende consorziate finalizzato allo sviluppo di un project work legato alle tematiche e alle procedure approfondite nel Master. Il project work riguarderà la realizzazione di un omologo digitale di un edificio esistente (digital twin) connesso tramite soluzioni BACS o un approfondimento sulle procedure informatiche o operative connesse a tale realizzazione.

La didattica a distanza è prevista nei limiti indicati dal bando.

Information

Scientific innovation
30/09/2023
70%
20
45
€ 2.022,50
€ 1.000,00
Find the admission titles in the selection notice 23/24.

FAQ

Teachings include frontal lessons aimed at the mastering of computer tools and testing on real-life cases. Some lectures will be mostly theoretical, as they will be focused on the management and efficiency of architectural heritage, while others will include the use of software.

Practical activities linked to software use will take place at the LIM lab. The Short Specialization Degree also includes workshops in other locations (surveys on the field, or the Innovation Hub to perform the test on BACSs) aimed at a hands-on application of the students’ skills related to digital building management.

Once the theoretical lessons are over, students will have the chance to complete an internship at anyone of the affiliated companies aimed at preparing their own project work about the topics covered during the course. Each project work will have to include the digital reconstruction of an existing building (digital twin) realized through a BACS, or an analysis of the computer and operating procedures involved.

Distance learning may be activated in the special cases explained in detail in the call for applications. For more information, please send an email to: academy@unismart.it

Yes, students can complete their internships at non-affiliated associations, as long as they do it in the subject area of interest of the Short Specialization Degree.

No, the entry requirements for the Short Specialization Degree only regard the titles and degrees in possession of the student. You can read up more about them in the call for applications.