Who is this course for?

Applied Façade Engineering Course (AFE) is designed for professionals with a keen interest in the technical aspects of modern facades.

This Professional Development Course is designed for:

  • Facade Engineers
  • Design Managers
  • Facade Designers
  • Facade Specialist Contractors’ Employees
  • Business Owners

Who else can benefit from this Programme?

  • Architects
  • Architectural Technologists
  • Project Managers
  • Quantity Surveyors
  • Estimators
  • Structural Engineers
  • BIM/CAD Engineers
  • Fire Safety Consultants
  • Sustainability Consultants
  • Building Physicists
  • Commercial Managers
  • Technical Sales Consultants

Course Structure

    1. Welcome Message

    2. Course Overview and Learning Objectives Online Session

    3. Course Objectives

    4. How to Navigate the Learning Materials

    5. Course Materials and Assignments Overview

      FREE PREVIEW

    6. Course Schedule

    1. 01-01 - Façade Engineering

    2. 01-01 - Test

    1. 02-01 - Code

    2. 02-01 - Test

    3. 02-02 - Safety

    4. 02-02 - Test

    5. 02-03 - Cost

    6. 02-03 - Test

    7. 02-04 - Efficiency and Comfort

    8. 02-04 - Test

    9. 02-05 - Buildability and Practicality

    10. 02-05 - Test

    11. End-of-Module Assignment 2

    1. 03-01 - Rainscreen

    2. 03-01 - Rainscreen Interactive Detail

    3. 03-01 - Test

    4. 03-02 - Masonry

    5. 03-02 - Masonry Interactive Detail

    6. 03-02 - Test

    7. 03-03 - Precast Concrete

    8. 03-03 - Precast Interactive Detail

    9. 03-03 - Test

    10. 03-04 - Curtain Wall

    11. 03-04 - Curtain Wall Interactive Detail 01

    12. 03-04 - Curtain Wall Interactive Detail 02

    13. 03-04 - Test

    14. 03-05 - Insulated Render

    15. 03-05 - Insulated Render Interactive Detail

    16. 03-05 - Test

    17. 03-06 - Sandwich panels. Sealed Facades

    18. 03-06 - Sandwich Panel Interactive Detail 01

    19. 03-06 - Sandwich Panel Interactive Detail 02

    20. 03-06 - Test

    21. 03-07 - Other Façades

    22. 03-07 - Test

    23. End-of-Module Assignment 3

    1. 04-01 - Walls

    2. 04-01 - Test

    3. 04-02 - Windows

    4. 04-02 - Test

    5. 04-03 - Doors

    6. 04-03 - Test

    7. 04-04 - Balconies

    8. 04-04 - Test

    9. 04-05 - Balustrades

    10. 04-05 - Test

    11. End-of-Module Assignment 4

    1. 05-01 - Glass

    2. 05-01 - Test

    3. 05-02 - Stone

    4. 05-02 - Test

    5. 05-03 - Brick

    6. 05-03 - Test

    7. 05-04 - Concrete

    8. 05-04 - Test

    9. 05-05 - Ceramics

    10. 05-05 - Test

    11. 05-06 - Metal

    12. 05-06 - Test

    13. 05-07 -Timber

    14. 05-07 -Test

    15. 05-08 - Insulation

    16. 05-08 - Test

    17. End-of-Module Assignment 5

About this course

  • 118 lessons
  • 600+ practice test questions
  • 11 interactive 3D details
  • Certificate

1. Introduction

Our Applied Façade Engineering program offers a comprehensive and practical approach to understanding the intricacies of designing and constructing façades. With a strong emphasis on real-world applications and industry best practices, this program equips participants with the essential knowledge required to tackle complex challenges in façade engineering. From exploring materials and technologies to analysing structural integrity and energy efficiency, our curriculum covers a wide range of topics to ensure a holistic understanding of façade design and construction. Led by industry experts with extensive experience in the field, the program combines theoretical foundations with hands-on exercises and case studies to foster practical learning.

2. Design Principles

The design principles section delves into the fundamental concepts that underpin the creation of compliant, safe, buildable, cost-effective, and efficient façades. Understanding these principles is essential.

3. Types of Façades

In the section on types of facades, participants will explore the diverse range of façade systems and designs that contribute to the architectural landscape. Understanding these different types of façades is crucial for selecting the most suitable approach based on functional requirements, aesthetic goals, and performance considerations. Throughout this section, participants will be introduced to various façade classifications and their distinctive features. We will delve into the characteristics and advantages of common types such as curtain walling systems, ventilated rainscreen façade and various prefabricated systems. Through course materials and interactive discussions, participants will gain a comprehensive understanding of the different types of façades and their application in various technical contexts. They will acquire the knowledge to evaluate, select, and design façades that align with project goals, regulatory requirements, and performance objectives.

4. Parts of Façades

In this section, participants will gain a comprehensive understanding of the essential components that make up a building envelope. These are walls, windows, doors, balconies, and balustrades. Participants will gain a holistic understanding of how these components work together to achieve optimal performance. Through course materials and case studies, participants will develop the skills to evaluate, select, and integrate these parts effectively, considering factors such as external conditions, occupant comfort, as well as performance and compliance goals.

5. Materials

In the section on materials, participants will explore the vast array of materials used in creating high-performing façades. Understanding the characteristics, properties, and selection criteria of façade materials is crucial for achieving design excellence, structural integrity, and energy efficiency. Throughout this section, participants will delve into the following key façade materials: glass, metals, stone, ceramics, concrete, timber, polymers, and insulating materials. Through case studies, material samples, and discussions, participants will gain a comprehensive understanding of the properties, advantages, limitations, and performance aspects of these materials. They will learn to evaluate material choices based on factors such as aesthetics, safety, durability, thermal performance, sustainability, and cost-effectiveness.

6. Thermal Performance

In this module, participants will explore the principles, tactics, and technologies involved in enhancing the thermal efficiency of building exteriors. We will cover approaches for assessing and enhancing the U-value of the outer structure. The concept of thermal bridging and its assessment techniques will be addressed. This will lead us to consider the dangers of condensation and the proliferation of mould. The methods for assessing risks related to both interior and surface condensation will be examined, along with strategies for risk mitigation. By utilising course materials and hands-on exercises, attendees will employ their expertise to appraise and enhance the thermal efficiency of building exteriors in various scenarios. They will acquire the competence to make knowledgeable design choices, opt for suitable materials and systems, and create energy-efficient building envelopes that amplify thermal efficiency and comfort.

7. Fire Safety

The section dedicated to fire safety addresses a vital aspect: creating façades that prioritise both occupant safety and building protection in case of fire. Participants will learn how different materials react to fire. We will discuss compartmentation, regulatory obligations, and strategies for enhancing fire safety in façade design. Through course materials and interactive discussions, attendees will analyse different fire safety considerations across various façade types.

8. Acoustics

In this module, we will focus on the sound transmission. The façade operates as a shield against external sound infiltration. We will delve into pragmatic design factors and strategic approaches for minimising exterior noise in the first tutorial. Additionally, the façade can serve as a conduit for sound propagation between individual living units or offices. This concept will be thoroughly addressed in the flanking sound tutorial. Lastly, the module concludes with an examination of self-generated noise, which arises when the façade lacks proper design or installation.

9. Structural Aspects

The section regarding structural aspects delves into the essential considerations and design principles connected with maintaining the strength and stability of façades. In the initial tutorial, we'll examine the various loads that impact façades, considering different façade types and their components. The subsequent tutorials will explore movement and tolerances, covering how different façade types handle framework deflection and sway while addressing aspects like fabrication and installation tolerances along with thermal expansion.

10. Procurement

The module commences by addressing procurement routes in the first tutorial. Building upon the understanding of façade types, we delve into an assessment of system suitability for projects based on parameters like building size, location, and purpose. This exploration leads us to an examination of the different façade specialist contractors, their capacities, and capabilities. Moving forward, the subsequent tutorial focuses on delineating the design responsibilities held by the various stakeholders engaged in façade development. This is followed by an investigation into the documentation generated during this process, identifying both the responsible stakeholders and the stages at which these documents come into play. Shifting our focus, we then dissect post-completion maintenance strategies for the façade. Ultimately, the module draws to a close with a comprehensive look at procurement, encompassing considerations of cost and value engineering.

Eugene Korch

Course Leader

Eugene has dedicated his career to demystifying the complexities of building envelopes, transforming them into tangible concepts that anyone can grasp. He has honed his skills across diverse projects of varying scales and intricacies. His extensive portfolio spans the globe, encompassing iconic structures that have become landmarks in their own right. From soaring skyscrapers to cutting-edge sustainable designs, Eugene's expertise has been sought after by developers, architects, engineers, and construction professionals alike. Eugene possesses a rare ability to bridge the gap between technical jargon and accessible knowledge. His unique teaching approach combines theoretical foundations with practical applications, empowering his students to unlock their true potential.

Programme Benefits

Get ready to enhance your understanding of façades to the next level. The course will allow you to:

  • GAIN

    invaluable insights into real-world challenges and best practices from experienced façade engineers, architectural technologists and building physicists

  • GET

    a unique opportunity to unlock the secrets of this fascinating field and gain confidence in dealing with its technological, procedural and buildability intricacies

  • EXAMINE

    the fundamental principles that underpin building envelopes, enabling one to understand the science behind their design and functionality

  • TAP INTO

    unparalleled industry experience, acquire a unique perspective that goes beyond textbook knowledge by learning from the real-life case studies

  • DEVELOP

    a practical understanding of how architectural technology and construction processes shape the outcome of a building façade

  • JOIN

    a vibrant learning environment which encourages participants to broaden their horizons and gain fresh perspectives

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