Curtain Wall Installation – Level 2
About this course
Course Title: Curtain Wall Installation – Level 2 (Intermediate)
Duration: 40-50 hours (can be adjusted)
Prerequisites: Basic knowledge of curtain wall systems (Level 1 or equivalent experience)
Course Contents
Module 1: Advanced Curtain Wall Systems Overview
1.1 Review of Basic Curtain Wall Types (Stick, Unitized, Semi-Unitized)
1.2 Advanced Systems:
Double-Skin Facades
Structural Glazing (Silicone Bonded)
Point-Supported Glass Systems (Spider Glazing)
1.3 Material Innovations (High-Performance Glass, Composite Panels, etc.)
Module 2: Design and Engineering Considerations
2.1 Load Analysis (Wind, Seismic, Dead Loads)
2.2 Thermal and Acoustic Performance
2.3 Water and Air Infiltration Prevention
2.4 Expansion Joints and Movement Accommodation
Module 3: Installation Techniques & Best Practices
3.1 Pre-Installation Checks:
Surveying & Setting Out
Anchor Placement Verification
3.2 Structural Frame Installation (Mullions & Transoms)
3.3 Glazing Methods:Wet Glazing vs. Dry Glazing
Pressure Plate Systems
3.4 Unitized Panel Installation (Handling, Sequencing, Tolerances)
3.5 Sealant Application & Weatherproofing
Module 4: Specialized Components & Systems
4.1 Installing Sunshades & Louvers
4.2 Integration with Building Systems (HVAC, Lighting)
4.3 Fire-Rated Curtain Wall Systems
4.4 Blast-Resistant & Security Glazing
Module 5: Quality Control & Testing
5.1 Mock-Up Testing & Performance Validation
5.2 Water Penetration & Air Leakage Tests (ASTM E1105, AAMA 501.2)
5.3 Deflection & Structural Integrity Checks
5.4 Common Installation Defects & How to Avoid Them
Module 6: Safety & Risk Management
6.1 Working at Heights (Scaffolding, Swing Stages, MEWPs)
6.2 Handling Heavy Glass & Panels
6.3 PPE & OSHA Compliance
Module 7: Case Studies & Troubleshooting
7.1 Real-World Installation Challenges
7.2 Repair & Maintenance of Installed Systems
7.3 Retrofitting Older Curtain Walls
Module 8: Hands-On Practical Training
8.1 Workshop Exercises (Mock Panel Installation, Sealant Application)
8.2 Site Visit (Live Installation Observation)
8.3 Final Assessment (Written + Practical)
Learning Outcomes:
By the end of this course, participants will:
✔ Understand advanced curtain wall systems and their applications.
✔ Execute precise installation techniques with attention to tolerances.
✔ Apply industry standards for weatherproofing and structural integrity.
✔ Troubleshoot common installation and performance issues.
✔ Follow safety protocols for high-rise facade work.
Assessment Methods:
Quizzes & Written Exam
Practical Installation Demonstration
Case Study Analysis
This course can be tailored for glaziers, facade engineers, architects, and construction supervisors looking to specialize in high-performance curtain wall systems.
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Advanced curtain wall systems are non-structural, lightweight exterior building facades that offer aesthetic enhancements, energy efficiency, and sustainability. They are typically made of materials like aluminum and glass and are designed to be weather-tight and to transfer wind and gravity loads to the building's structure.
Design and engineering considerations encompass a wide range of factors that must be taken into account when developing and implementing a project or product. These considerations include functionality, safety, reliability, manufacturability, cost, and environmental impact. The engineering design process also involves several key steps, such as problem definition, idea generation, planning, prototyping, evaluation, and presentation.
Installation best practices involve planning ahead, following instructions, documenting everything, troubleshooting effectively, and providing training and support. These practices ensure successful and reliable installations, whether for software, hardware, or other projects.
Specialized components and systems are those designed and built for specific applications or purposes, rather than being general-purpose or widely applicable. They often involve unique designs, features, and functionalities tailored to the needs of a particular industry or task.
Quality control (QC) testing is a series of procedures used to ensure that a product or service meets specific quality standards and specifications. It involves inspecting, measuring, and testing products and processes to identify and correct any deviations from desired quality levels.
Safety and risk management are interconnected processes focused on identifying, assessing, and controlling hazards to minimize potential harm or loss. Safety aims to create and maintain safe conditions, while risk management provides a systematic approach to dealing with potential dangers.
Case studies are in-depth analyses of a specific event, person, or organization, while troubleshooting is the process of identifying and resolving technical problems. Case studies help understand complex situations and explore potential solutions, while troubleshooting focuses on practical fixes and problem-solving.
