SITE ANALYSIS

CONCEPT & MASSING STUDY

NEXUS: Reimagining the Connection Between Modernity and Tradition

The revised NEXUS Cultural Centre reinterprets the original wormhole concept as a functional spatial and environmental connector between modern Kuala Lumpur and traditional Kampung Baru. Guided by AI-assisted analysis, the redesign addresses limitations in circulation and concept clarity by organizing the building into three experiential levels: Modernity (Level 3), Connection (Level 2), and Tradition (Level 1).

Visitors begin their journey from Saloma Bridge and the modern KLCC skyline, progressing through a central wormhole transition space before arriving at the community-focused cultural and marketplace spaces below. The wormhole is transformed from a symbolic design feature into the primary circulation spine, creating a clear movement sequence and stronger interaction between users, spaces, and cultures.

Sustainability is integrated through inward-sloping roofs that harvest rainwater and channel it into a circular waterfall cascading from the perimeter of the wormhole void into a fountain pool below. Combined with natural ventilation, green terraces, and community-oriented public spaces, the redesigned proposal strengthens environmental performance while reinforcing the project's role as a cultural bridge between two contrasting urban identities.

SPACE PLANNING

SUSTAINABILITY

DRAWINGS

CORE PERSPECTIVES

DESIGN IMPROVEMENT COMPARISON

CRITICAL REFLECTION

AI-assisted analysis revealed that the original NEXUS proposal successfully expressed the idea of connecting modern Kuala Lumpur and traditional Kampung Baru, but the concept was largely symbolic. The redesign focused on improving circulation clarity, functional integration, and environmental performance. By reorganizing the project into three experiential levels—Modernity, Connection, and Tradition—the concept became easier to understand and experience. The wormhole evolved from a visual feature into the main circulation and environmental element of the project, while the rainwater harvesting waterfall strengthened both sustainability and user experience. These changes demonstrate how AI was used not simply to generate images, but to critically evaluate the design and support more informed architectural decisions.