Project Baseline: The Floating Ground (Studio 2B)

The Core Architectural Scenario

Program: ARCA Student Clubhouse (Multi-purpose hall, studios, and gathering spaces).

Location: KLUST Campus, Kajang.

Site Constraints: Situated among existing campus infrastructure (Staff Quarters, Futsal Court, Ikram Lodge), the site dictated strict spatial boundaries. This limited the ability to sprawl horizontally, forcing a constrained footprint in a tropical climate.

DS2B_Project 2C ARCA Clubhouse Schematics _ DEC 2025.pdf

The Design Ambition & Site Context

For my final proposition in this studio, the ARCA Student Clubhouse located at the IUKL Kajang Campus, the core architectural narrative is driven by the concept of a "Floating Ground." The intention is to liberate the ground plane, returning the earth to the students as an open, fluid plaza for social circulation, informal gatherings, and shaded refuge from the harsh tropical sun and monsoon rains of Malaysia. By utilizing advanced cantilevered structural systems and shifting the primary load-bearing supports deep inward, the multi-purpose hall and primary programmatic spaces project horizontally over the site. The overarching goal is to create a suspended, monumental architectural volume that emphasizes visual lightness and challenges traditional, static perceptions of gravity and mass.

AHMEDELBASHEER ALI FINAL_compressed (1).pdf

The original studio brief required the design of an ARCA Student Clubhouse for KLUST Kajang Campus. The clubhouse needed to support student activities such as gathering, learning, discussion, making, dining, and events. The site was located between existing campus elements including Staff Quarters, the futsal court, Ikram Lodge, and UniPark, which created a constrained campus condition.

The Original Concept:

The Original Concept: "Structure as Infrastructure"

The main design concept was “Floating Ground.” The intention was to create an architectural ground that appears lifted and suspended above the site. Instead of designing the clubhouse as a normal stacked building, the proposal used cantilevered structural systems, inward-shifted supports, and a projecting multi-purpose hall to create a strong sense of lightness. The structure was not hidden; it became the main architectural expression of the project. This allowed the building to communicate the idea of structure as infrastructure, where beams, slabs, columns, and supports define both the spatial experience and the visual identity of the clubhouse.

The original design was influenced by architectural precedents such as SANAA’s Rolex Learning Centre and MVRDV’s Balancing Barn. From the Rolex Learning Centre, the project adopted the idea of a continuous ground condition that blurs the boundary between floor, wall, roof, and circulation. From the Balancing Barn, the project explored the drama of a cantilevered volume projecting over the site. These precedents helped shape the design ambition: to create a clubhouse that feels open, light, and structurally expressive while still functioning as a practical campus building.
The programme included several clubhouse spaces such as the lobby, reading areas, dining area, outdoor workshop, kitchen, surau, ARCA rooms, collaborative spaces, design studios, model making room, printing room, and a large multi-purpose hall. The multi-purpose hall became the key architectural element because it projected outward as a floating volume. This space was designed to support different student and community activities, including orientation events, cultural celebrations, workshops, public gatherings, academic use, and informal social interaction.

touchstone Ahmedelbasheer.pdf

The Methodological Limitation (Identifying the Gap)

Limitations of the Original Proposal

First, the floating concept was visually strong, but the structural logic needed clearer testing. The cantilevered multi-purpose hall created drama, but the project needed stronger explanation of how loads, columns, beams, and foundations work together.

Second, the environmental strategy was present but not fully developed. The project used a double-skin façade and shading screens, but the design could further study daylight, heat gain, ventilation, and rain protection in Kajang’s tropical climate.

Third, the user experience at ground level could be improved. The open ground was intended as a social plaza, but the relationship between drop-off, outdoor workshop, reading areas, dining, and shaded gathering spaces could be made clearer.

Fourth, the material and façade strategy needed more refinement. The perforated metal screen and curtain wall helped reduce direct sunlight, but the original design needed more comparison between different materials, transparency levels, and façade depths.

The A.I. Integration Strategy (Cognitive Triangulation)

To bridge this gap between geometric modeling and atmospheric synthesis, I am transitioning to an A.I.-augmented workflow, applying the framework of Cognitive Triangulation Architecture (CTA) introduced in ARCH 2360. Rather than using A.I. as a magic button to generate random forms, I will deploy multiple A.I. agents as synthetic consultants to resolve my specific lighting and material limitations:

Research A.I. (Perplexity/Claude): To extract specific tectonic data and structural lessons from SANAA and MVRDV regarding load transfer, material thinness, and visual weightlessness.
Text A.I. (ChatGPT): To act as a translator, taking those architectural theories and engineering parameters and converting them into highly specific, climate-aware visual prompts.
Image A.I. (Midjourney/DALL·E/Gemini): To rapidly synthesize a new, dematerialized reality for the clubhouse’s cantilevered facade. This will allow me to test dozens of material and lighting iterations in minutes rather than days.

The Architect as Editor

Ultimately, this A.I. intervention is not about surrendering the design process to the machine. As explored in our previous coursework, Image A.I. is prone to "visual intoxication"—creating stunning but structurally impossible hallucinations. The A.I. does not understand gravity, the structural limits of steel in a cantilever, or human scale. Therefore, my role shifts from simply being the drafter to acting as the "Architectural Editor." The A.I. will generate the atmospheric and material variations, but I will audit the outputs, rejecting the physically impossible and curating only the iterations that serve the climatic needs of Kajang and the structural reality of the Floating Ground.

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