• Module 1: Cadre conceptuel entre bâtiments et territoires
• Module 2: BIM dans un projet de construction
• Module 3: BIM-for design
• Module 4: BIM-for project management
• Module 5: BIM: cadre juridique, rôles et responsabilités
• Module 6: BIM orienté infrastructure
• Module 7: BIM et construction durable
• Module 8: Interopérabilité, normes et standards
• Module 9: BIM Management
• Module 10: SCAN TO BIM
• Module 11: Gestion urbaine et études de cas
• Module 12: SIG et technologie spatiale au service de l'aménagement des territoires
• Module 13: Cas Pratique de l'usage de SIG
• Module 14: BIM To CIM et Prospéctive territoriale
• Module 15: Cas d'usage du CIM
• Final Project

Today's primary issues are digital transformation and the demand for digital specialists. As a result, the building and the city are being asked to promote this unique and highly advantageous trend. The digital urban or architectural model is with no a doubt the future working resource for architecture, engineering, urban and territorial planning, and office coordination. Building Information Modeling, City Information Modeling, and Digital Twin all satisfy a number of requirements from the built environment industry, particularly in terms of technological and organizational factors. It is also necessary to evaluate the added value of the collaborative part of the project, which is facilitated by these new technologies. It is also necessary to reconsider the architectural, urban, and territorial project process in light of environmental concerns and the Sustainable Development Goals. This program therefore responds to the increased need for professionals in the fields of construction, infrastructure, and urban and territorial planning by diversifying the tools and techniques for an enjoyable Executive Education experience.

• Description:

The Master's teaching staff remains innovating in terms of course format and networking possibilities for a great Executive teaching experience, which applicants strongly value. In this context, the courses take place one weekend every month, either face-to-face or remotely, in a framework that encourages interaction and exchange. The course concludes with a three-month professional thesis overseen by top BIM experts. The modules are conducted by a faculty that includes academics as well as professionals in BIM, GIS, and CIM. These national and international faculty members provide both the foundations of learning and real-world case studies, as well as mastery of the numerous tools made available to applicants.

• Key benefits :

The graduates of this master's program have a lot of opportunities ahead of them, including the chance to pursue bright careers in academia, industry, public administration, design office, property developer or construction companies.

• Who should attend ?

This Master's program offers interdisciplinary training to professionals working in the following fields in the public, private, or academic sectors:

• Building and architecture
• Urban planning

What you will learn :

• Produce digital models for buildings, infrastructure, and urban development.
• Coordinate a BIM project with numerous actors and stakeholders
• Master the BIM approach to sustainable construction;
• Perform thermal and energy simulations as part of an architectural or urban project;
• Manage the legal and regulatory aspects of BIM projects;
• Identify, analyze, assess, and manage the environmental impact of construction projects' territorial performance.