CONSTRUCTION 4.0 AND ROBOTIZATION

​TECH DRIVEN BUILDING REVOLUTION

​TECH DRIVEN BUILDING REVOLUTION

With the digital revolution, the construction industry is currently facing a real need for change. The growing development of cities, the scarcity of natural resources and the demographic explosion force us to find the best ways to build more, in a more sustainable way and at low cost: this is the concept of Construction 4.0. Robotics, automation and AI are opening up new opportunities for massive and efficient building design. In this context, Smart Cities Institute offers interdisciplinary training dealing more with robotics, advanced manufacturing technologies, artificial intelligence, digital twins, additive manufacturing, cloud computing, and of course BIM.

A PROFESSIONAL CERTIFICATE TO MASTER THE TRANSITION IN CONSTRUCTION

Based on the experience of the best practitioners of the moment, the ambition of this course is to train a new generation of interdisciplinary professionals, able to meet our growing need for a more sustainable construction ecosystem. The Construction 4.0 pathway focuses on emerging design and market opportunities arising from new robotic and advanced manufacturing systems.

YOUR PROFESSIONAL PROSPECTS

The Construction 4.0 course allows young engineers or current managers to accelerate their career in the field of advanced manufacturing 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 transformation of the construction sector: Design and Engineering Offices, Communities, Architecture Agencies, Building Companies, Ministries , Real Estate Developer, Public or Private Contracting Authority, Operators.

Positions held at the end of the training: Innovation Manager, Project Manager, Facilities Manager, Community Project Manager, Property Manager, Real Estate Development Director, Operator Manager, Set Manager, etc.

COMPLETE TRAINING

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

ROBOTIC AND ADDITIVE MANUFACTURING

  • Embedded and collaborative robotics

  • Additive, subtractive and adaptive manufacturing

  • Robotic actuators and control

  • Life cycle analysis

  • Design for Manufacturing and Assembly (DFMA)

  • Swarm Robotics

DIGITAL TRANSFORMATION

  • BIM Process and Digital Twins

  • CIM

  • PLM

  • BLM

  • blockchain

  • Augmented reality

  • 4D or 5D modeling

  • CPS and CPPS systems

DIGITAL MACHINES

  • Connected and biosourced materials

  • Material traceability

  • 3D printing

  • Materialize with machines

  • 3D Scan in Construction

  • Remote maintenance

BUILDING AND LEAN MANAGEMENT

  • Building 4.0, Sustainable neighborhoods and Smart city.

  • Design methodology.

  • Innovation and transitions in the construction industry

  • Lean six sigma.

  • Sociotechnical approach.

HUMAN-MACHINE COLLABORATION

  • ERP/PGI information systems.

  • Logistics management (SCM) and customer relationship (CRM).

  • Mobile networks, robotic IoT.

  • Big Data and platforms.

  • AI and machine learning.

  • Drones and the Internet of Things.

  • Cloud computing.

MARKETING AND MANAGEMENT

  • Team Management and Leadership.

  • Management of innovation and entrepreneurship.

  • Project management and financing.

  • 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 course 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. The selection is made on presentation of an application file.

Acquired skills

Manage complex multi-stakeholder projects.
Master the technological and financial aspects of a robotic construction.
Assess environmental impacts over the entire life cycle.
Participate in the urban integration of the building into its environment.
Accelerate the adaptation of the building to global warming.
Develop methodologies for implementing Construction 4.0 projects.

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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