REVISED DESIGN PERPOSAL

The revised Solar Flare Student Clubhouse keeps the original idea of a light-responsive student hub, but improves it into a more climate-responsive, user-centred, and performance-based proposal. The original design already had a strong identity through its hexagonal glass façade, curved roof form, and solar-inspired concept. The revised version strengthens these ideas by improving the site response, façade performance, space planning, sustainability, user experience, and visual communication.

1. Site Analysis

The revised design responds more directly to the site’s solar conditions. The original analysis showed that morning light is comfortable, noon sun creates strong roof exposure, and evening western sun causes the most heat and glare. Because of this, the west façade is improved with stronger shading, denser fritted glass, and more controlled transparency.

Improvements Added:

▪ Stronger west sun protection.
▪ More shaded outdoor student areas.
▪ Better use of landscape to reduce heat.
▪ Clearer response to morning, noon, and evening sun.

2. Design Concept

The revised concept changes from a mainly expressive façade idea into an intelligent environmental system. The hexagonal façade is no longer only a visual identity. It becomes a daylight-filtering layer that reduces glare, controls heat gain, and improves comfort inside the clubhouse.

Improvements Added:

▪ Façade changed from decorative identity to performance system.
▪ Stronger connection between light, comfort, and student activity.
▪ Clearer architectural concept: from solar expression to climate response.

3. Space Planning

The revised planning improves the relationship between public, semi-public, and focused learning spaces. The ground floor becomes more open and active with lobby, exhibition, café, dining, discussion, and gathering areas. The first floor supports collaboration, ARCA, printing, critique, and multi-purpose hall activities. The upper level supports quieter studio work, model-making, and production.

Improvements Added:

▪ Clearer zoning between public, collaborative, and focused spaces.
▪ More active ground floor for social learning.
▪ Better entrance hierarchy and circulation.
▪ Improved connection between exhibition, café, studio, and presentation spaces

4. Environmental Performance

The façade is improved to perform better against heat and glare. Varied transparency is used according to sun exposure, with denser treatment on the west side. The 400 mm air cavity is developed as a ventilated thermal buffer, helping hot air escape before it enters the interior. Selected façade panels can also support natural ventilation.

Improvements Added:

▪ Denser fritted glass on high-sun areas.
▪ Deeper shading layer.
▪ Ventilated 400 mm air cavity.
▪ Better daylight control and reduced glare.
▪ Improved cross ventilation and passive cooling.

5. Sustainability

The revised sustainability strategy expands beyond daylight control. It now includes passive shading, natural ventilation, solar photovoltaic potential, rainwater harvesting, landscape cooling, and material durability. These strategies reduce energy use and improve long-term building performance.

Improvements Added:

▪ Solar panels on the roof.
▪ Rainwater harvesting for landscape irrigation and cleaning.
▪ Passive ventilation strategy.
▪ Landscape cooling and shaded outdoor spaces.
▪ More consideration of façade maintenance and material durability.

6. User Experience

The revised design improves how different users experience the building. Students gain better spaces for study, discussion, making, exhibition, and relaxation. Faculty can use the clubhouse for teaching and supervision, while alumni, firms, and sponsors can use the exhibition and multi-purpose hall for networking, talks, and recruitment.

Improvements Added:

▪ Clearer user journey for students, faculty, alumni, firms, and sponsors.
▪ More comfortable interiors through filtered daylight and shading.
▪ Better social spaces for discussion and informal learning.
▪ Stronger connection between academic and professional activities.

7. Visual Communication

The revised proposal improves how the project is presented. Instead of showing only final images, the presentation explains the design process through before-and-after diagrams, façade strategy, environmental diagrams, section diagrams, spatial zoning, and AI workflow diagrams.

Improvements Added:

▪ Clearer diagrams showing what changed and why.
▪ Before-and-after comparison of the original and revised design.
▪ Improved façade, section, sustainability, and user-experience diagrams.
▪ Consistent grey technical visual style linked to the AI-reimagined theme.

Overall, the revised proposal keeps the original Solar Flare identity but improves its performance. The façade becomes more climate-responsive, the spaces are better organised, and the sustainability strategy is stronger. AI helped improve the design through analysis, comparison, and refinement, while the final decisions remained human-led.

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