About the Program and Course Plan

Scope of the Program

The program has a compact structure with a broad range of topics. Each topic is converted into a two-session module to provide the specific learning content.

Duration and Schedule

Total Hours: 1 hour Introduction and 69 hours in total

Total Weeks: 6 weeks

The program is held four days a week; at 18:30-21:30 hours Turkish local time during weekdays, and 09:00-12:30 hours Turkish local time on Saturday mornings.

Course Plan

Key Course Takeaways

Introduction to Façade Design and Technology Program

• Understanding the fundamentals of façade design and its importance in modern architecture.
• Overview of different types of façade systems and their applications.
• Introduction to key materials and technologies used in façade construction.

Structural Design of Façade Systems

• Principles of structural design specific to façade systems.
• Load-bearing requirements and how to ensure stability and safety.
• Integration of structural elements with architectural design for durability and functional purposes.

Opaque and Transparent Façade Materials

• Characteristics and applications of opaque materials like metal, stone, and composite panels.
• Properties and usage of transparent materials such as high-performance glass and advanced glazing systems.
• Considerations for thermal performance and environmental impact.

Façade Design Principles

• Core principles guiding effective façade design, including aesthetics, functionality, and sustainability.

• Balancing between transparency, privacy, and light management.
• Selection criteria for materials based on performance, aesthetics, and cost.

Façade Weathertightness Performance

• Importance of weather-tightness in façades to protect buildings from environmental elements.
• Techniques and materials to ensure water resistance and manage moisture.
• Testing methods for weather-tightness and identifying potential points of failure.

Façade Daylight: Design and Performance

• Strategies for optimizing natural light within buildings through façade design.
• Impact of daylight on energy efficiency, occupant comfort, and productivity.
• Tools and simulations used to assess daylight performance in façade design.

Façade Sound Insulation: Design and Performance

• Principles of acoustics related to façade design.
• Techniques for enhancing sound insulation in building envelopes.
• Assessment methods for acoustic performance and solutions to common noise problems.

Climate and Energy Efficient Façade Design

• Designing façades that respond to specific climate conditions.
• Integration of energy-efficient technologies such as shading devices and smart glazing.
• Impact of façade design on overall building energy consumption and sustainability goals.

Fire Protection Measures in Terms of Environmental Control and Façade Fires

• Key fire protection measures for façades, focusing on prevention and control.
• Regulations and standards for fire-resistant materials and systems.
• Case studies of façade fires and lessons learned to improve safety.

Design and Management of Façade Manufacturing Systems

• Processes involved in the manufacturing of façade components.
• Quality control and management techniques to ensure high standards.
• Coordination between design, manufacturing, and installation phases.

Detailing of Façade Systems

• Importance of detailed design in ensuring the performance and durability of façade systems.
• Techniques for resolving complex intersections and joints.
• Best practices for creating detailed drawings and specifications.

Project and Construction Management for Façade Construction

• Effective project management strategies specific to façade construction projects.
• Coordination among stakeholders including designers, contractors, and suppliers.
• Risk management, scheduling, and cost control in façade projects.