THEORY OF ARCHITECTURE - WAITING SHED DESIGN PRESENTATION

Key Concepts:

• Skill model of a waiting shed design
• Geometrical patterns for aesthetics
• Slanted roof for rainwater runoff
• Solar panels for environmental protection
• Ergonomic seating for commuter comfort
• Transformation of a rectangular prism form
• Anthropometrics, ergonomics, and proxemics in design
• Solar-powered charging station
• Adjacent space

1. Design Aesthetics and Functionality:

• The waiting shed design incorporates geometrical patterns for aesthetic purposes, aiming for a modern and futuristic look.
• The roof is slanted to facilitate rainwater runoff, directing water away from the entrance.
• Solar panels are integrated into the roof to promote environmental sustainability.
• Ergonomic seating is slightly slanted, designed for commuter comfort during short waits, discouraging prolonged use or sleeping.

2. Structural Design and Stability:

• The initial design started as a rectangular form but was transformed into an irregular shape with sloping roof and walls.
• Despite the slanting roof and walls, the structure maintains stability.
• The scale used for the model is 1:30 meters.
• Gray and blue colors are used to complement the modern design, with the solar panels adding texture to the aluminum material.

3. Location and Accessibility:

• The proposed location for the waiting shed is at the corner of Taft Avenue and Tien Kalaw Street in Ermita, Manila, Philippines.
• The location is easily accessible to commuters around Rizal Park and Adamson University.

4. Purpose and Additional Features:

• The primary purpose is to provide a convenient waiting area for pedestrians and commuters using city buses, jeepneys, and utility vehicles.
• A solar-powered charging station is included for the convenience of students, who are identified as the main users.

5. Environmental Considerations:

• The waiting shed is powered by solar energy, reducing its environmental impact.
• The design elements, including the roof and wall planes, are slightly inclined, while the base plane remains parallel to the ground.

6. Design Process and Considerations:

• The final form was achieved by subtracting and adding elements to the original rectangular prism.
• The design incorporates anthropometrics and ergonomics, considering human dimensions and comfort.
• Proxemics is also considered in the design, influencing the spatial arrangement.

7. Ergonomics and Spatial Arrangement:

• Ergonomic seating is incorporated to enhance user comfort.
• The space within the shed is identified as an adjacent space, with the ergonomic seating sharing borders on each side.

8. Notable Quotes/Statements:

• "The geometrical patterns um here this mainly for aesthetic purposes in order to fit the modern theme of the structure as well as to add a more futuristic touch to it."
• "It is designed that way so that it can serve the purpose of the waiting waiting shed it is to only to provide enough comfort lung and convenience to the commuters because they only come and go and it is not meant for sleeping."

9. Technical Terms:

• Anthropometrics: The study of human body measurements and proportions.
• Ergonomics: The study of designing equipment and workspaces to fit the human body and its movements.
• Proxemics: The study of human use of space and the effects of population density on behavior, communication, and social interaction.

10. Synthesis/Conclusion:

The proposed waiting shed design aims to provide a modern, functional, and environmentally friendly space for commuters. It incorporates aesthetic elements, ergonomic considerations, and sustainable features like solar power. The design process involved transforming a basic rectangular form through subtraction and addition, considering human dimensions and spatial relationships to create a comfortable and convenient waiting area.