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Façade engineering (design , implementation , logistic )
Rating: 3.4 out of 5(22 ratings)
62 students

Façade engineering (design , implementation , logistic )

"Mastering Façade Engineering: From Conceptual Design to On-Site Execution"
Created byYuosif Sajjad Ali
Last updated 6/2025
English
English [Auto],

What you'll learn

  • 1. Understanding glass facades and the various types used globally.
  • 2. Key components of each glass facade.
  • 3. Sections used in facades and their differences.
  • 4. Mechanisms for connecting glass facades.
  • 5. Design specifications in the Robot Structural Analysis program.
  • 6. Design considerations for glass ceilings.
  • 7. Execution and key considerations.
  • 8. Logistics process for execution the work.

Course content

7 sections • 13 lectures • 33m total length

  • Introduction1:08

    Explore fundamental principles of façade engineering, including designing and implementing glass facets and their construction methods, their components and connection mechanisms, and the logistics for execution.

Requirements

  • Information in civil and mechanical engineering and materials science
  • Information in general engineering
  • Working on a Robot structural analysis program

Description

Façade engineering is a dynamic and essential discipline that bridges architecture, structural engineering, material science, and project logistics. This course offers an in-depth exploration of façade systems, focusing on the full project lifecycle — from early-stage design and analysis to implementation and on-site coordination. It is ideal for architects, civil and structural engineers, façade consultants, and project managers seeking to deepen their understanding of how façades are conceptualized, engineered, manufactured, and installed.

You will begin with the fundamentals of façade design, examining the role of aesthetics, environmental performance, structural behavior, and compliance with building regulations. The course then dives into system selection, material properties, and integration with the primary building structure. Special emphasis is placed on modern façade technologies, such as unitized curtain wall systems, double-skin façades, ventilated façades, and energy-efficient solutions.

Beyond design, the course provides a detailed look at implementation, including the translation of design intent into fabrication-ready models, coordination with suppliers, and the sequencing of deliveries and installation on-site. You will also learn about critical logistical challenges, such as transportation of large façade elements, crane access, installation tolerances, and quality assurance protocols.

By the end of this course, participants will gain a practical, interdisciplinary perspective of façade engineering that is essential for executing successful, sustainable, and high-performance building envelopes in today’s construction landscape.

You’ll explore key topics such as:

  • Façade system types and performance criteria

  • Structural and thermal considerations in façade design

  • Coordination between design teams and contractors

  • Material selection and sustainability standards

  • Manufacturing and supply chain planning

  • Installation techniques, site logistics, and quality control

By the end of the course, you'll have a strong foundation in façade engineering principles and the confidence to contribute to or lead façade-related aspects of construction projects.

Who this course is for:

  • Civil and mechanical engineering students
  • Engineers working in construction companies
  • Skilled technicians

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