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​SMART BUILDING

DESIGN THE BUILDING OF TOMORROW

DESIGN THE BUILDING OF TOMORROW

The construction of sustainable, comfortable, intelligent and low-carbon buildings makes it possible to provide solutions to multiple and intersecting challenges, but also to changes in lifestyles and work. Companies are therefore looking for professionals capable of designing a new generation of intelligent and ecological buildings integrating new technologies into their operation (BIM, Artificial Intelligence, Blockchain, Big Data, 3D printing, Virtual and Augmented Reality, Connected Objects, Exoskeletons and building automation), guaranteeing: improved living comfort, savings on the energy bill, positive ecological impact, preventive maintenance, innovative services available to consumers, optimization of construction stages, etc.

A PROFESSIONAL CERTIFICATE TO MASTER THE ASPECTS OF THE SMART CONSTRUCTION

Based on the experience of the best practitioners of the moment, the ambition of this course is to train referents at the international level, capable of developing solutions for the implementation and management of Smart Buildings projects.

YOUR PROFESSIONAL PROSPECTS

The Smart City course allows young engineers or managers to accelerate their career in the field of the connected city or to organize their conversion to this promising sector. The skills acquired will enable participants to exercise positions of responsibility in companies and institutions related to the urban planning sector: Design and Engineering Offices, Urban Planning Firm, Communities, Architecture Agencies, Ministries, Real Estate Developer , Public or Private Contracting Authority, Research and Development Organizations, Operators.

Positions held at the end of the training: Urban innovation manager, Project manager, Community project manager, BIM managers, Real estate development director, Business manager, Digital transformation manager, Mobility solutions development manager, etc

COMPLETE TRAINING

The training is divided into six skill blocks of 80 to 120 hours. Each block is divided into teaching units.

SMART BUILDING DESIGN

  • Bioclimatic architecture

  • Energy of the building

  • Connected materials

  • 3D printing

CIRCULAR ECONOMY

  • Eco-Construction

  • LCA and Carbon Footprint

  • HQE and labels

ENERGY MANAGEMENT AND MONITORING

  • Domotics and building automation

  • BMS and communication networks

  • Hypervision

ENERGY PRODUCTION

  • Thermal storage

  • Renewable Energies

  • Blockchain

  • Smart grids

DIGITAL MODEL

  • BIM process and interoperability

  • Digital twins

  • Augmented visualization

DIAGNOSIS AND OPTIMIZATION

  • Dynamic thermal simulation

  • Thermic regulation

  • Energetic audience

  • Thermography and infiltrometry

DATA PROCESSING

  • Data & Big Data

  • Machine learning and AI

REALIZATION OF A SMART BUILDING

  • Methodology for designing a Smart Building

  • Technical systems and equipment

  • Remote maintenance

CITY-WIDE SMART BUILDING

  • Smart Cities

  • Sustainable neighborhoods

  • Sociotechnical approach

  • Occupant services

PROJECT MANAGEMENT

  • Operational management of smart project

  • Lean and energy performance management

  • Collaborative innovation

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Training Structure

500 hours of training: 6 skill blocks

10 Workshops: 1 per month

Project-based learning: 100% practical case study

Who is the training for?

The program is aimed at holders of a Bac+5 or Bac+4 diploma with 3 years of experience, architects or executives in external and internal professional mobility. A minimum level of understanding of French and English is required.

Acquired skills

Manage complex multi-stakeholder projects.
Develop methodologies for implementing Smart Building projects
Master the technological and financial aspects of an SB construction.
Participate in the urban integration of the building into its environment.
Assess environmental impacts over the entire life cycle.
Accelerate building adaptation to global warming.

Training benefits

An innovative Training based on business case studies and project-based learning.
Workshops on current topics.
Transversal and transdisciplinary approach: Technological and Managerial.
A part-time rhythm adapted to the exercise of a professional activity and to lasting learning.
Training provided by professional experts.
The articulation of human and social sciences and engineering sciences.

PROFESSIONAL CERTIFICATE

All participants who successfully complete the program will receive a state-recognized, CPF-eligible Title 7 training certificate.

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