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Advanced Glazing Techniques (Level 3)
About this course
Course Title: Advanced Glazing Techniques (Level 3)
Duration: 6–12 months (flexible)
Delivery: Theory + Practical Workshops + Assessments
Module 1: Advanced Glazing Materials & Systems
Glass Types & Performance Criteria
Laminated, tempered, insulated (IGU), low-e, fire-rated, and acoustic glass.
Solar control and dynamic glazing (e.g., electrochromic).
Structural Glazing Systems
Frameless glazing, point-supported glass, spider fittings.
Curtain walling and unitized systems.
Material Compatibility
Thermal expansion, sealants, and gaskets.
Module 2: Technical Design & Compliance
Building Regulations & Standards
Part L (thermal efficiency), Part K (safety), Part F (ventilation).
EN standards (e.g., EN 1279 for IGUs).
Structural Calculations
Load-bearing capacity, wind resistance, and deflection limits.
Detailing & Drawings
Reading architectural plans, creating shop drawings.
Module 3: Installation & Fabrication
Complex Glazing Installations
Sloped glazing, overhead glazing, balustrades.
Skylights and glass floors.
Sealing & Weatherproofing
Dual-seal systems, silicone jointing, drainage principles.
Machinery & Tools
CNC glass cutting, autoclaves for laminating.
Module 4: Health, Safety & Sustainability
Risk Management
Handling large glass panels, working at heights (e.g., MEWPs).
Recycling & Waste Reduction
Glass recycling processes, sustainable sourcing.
Emerging Technologies
Photovoltaic glass, self-cleaning coatings.
Module 5: Troubleshooting & Repairs
Defect Diagnosis
Condensation in IGUs, sealant failure, glass stress cracks.
Retrofit Solutions
Upgrading older glazing for energy efficiency.
Assessment Methods
Practical: Install a structural glazing system.
Theory: Exam on regulations and material science.
Project: Design a glazing solution for a commercial building.
Career Pathways
Specializations: Architectural glazing, conservatory design, façade engineering.
Roles: Glazing supervisor, estimator, technical advisor.
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Advanced glazing systems utilize materials and technologies beyond traditional glass to enhance building performance, focusing on energy efficiency, light control, and structural integrity. These systems can include gas-filled panes for insulation, dynamic glazing that adjusts light and heat transmission, and structural glazing for facades.
Technical design and compliance in glazing involve carefully considering various factors to ensure the safe, functional, and aesthetically pleasing performance of glass in buildings. This includes structural integrity, energy efficiency, safety requirements, and aesthetic considerations, all while adhering to relevant building codes and standards.
Technical design and compliance in glazing involve carefully considering various factors to ensure the safe, functional, and aesthetically pleasing performance of glass in buildings. This includes structural integrity, energy efficiency, safety requirements, and aesthetic considerations, all while adhering to relevant building codes and standards.
Technical design and compliance in glazing involve carefully considering various factors to ensure the safe, functional, and aesthetically pleasing performance of glass in buildings. This includes structural integrity, energy efficiency, safety requirements, and aesthetic considerations, all while adhering to relevant building codes and standards.
Troubleshooting and repairing glazing issues typically involve identifying problems like condensation, cracks, leaks, or drafts, and then addressing them with solutions ranging from simple repairs like resealing or weatherstripping to more complex replacements.
