Regenerative Symphony

Regenerative Symphony is an immersive audiovisual installation by Studio Above & Below that explores the future of critical minerals used in advanced technologies. The work imagines a world between 2030 and 2050 where societies depend on recycling these materials rather than extracting new resources from the earth.

Using AI-driven generative systems and data related to material supply chains, the installation transforms complex mineral ecosystems into evolving visual and sonic compositions, revealing the hidden dynamics behind the technologies that shape our daily lives.

Concept & Design: Studio Above & Below

• Client: Studio Above & Below
• Event: Malnisio Science Festival
• Category: Interactive Installation
• Role: Technical Setup & Deployment

The installation was presented at Malnisio Science Festival as part of a broader exhibition exploring the intersection of science, technology, and environmental futures. Through generative audiovisual systems, the artwork visualizes relationships between critical mineral industries such as consumer electronics, renewable energy, and electric mobility.

The system’s algorithmic behaviour is inspired by ecological models such as the Lotka-Volterra predator-prey system, allowing material flows and recycling scenarios to unfold as a continuously evolving audiovisual landscape.

My role focused on the technical setup and deployment of the installation in the exhibition space. This involved configuring hardware systems, calibrating spatial layouts, and ensuring reliable operation of the real-time data pipeline during the festival.

• Hardware integration and system calibration
• Spatial installation setup
• Network configuration and real-time data pipeline
• On-site testing and troubleshooting
• Ensuring stable public operation during the exhibition

Deploying the installation in a public exhibition space required translating a complex computational artwork into a stable physical setup. This involved configuring the projection system, calibrating the spatial layout, and ensuring reliable communication between the software systems generating the audiovisual output and the exhibition hardware.

The installation operated successfully throughout Malnisio Science Festival, supporting continuous audience interaction and demonstrating the system's ability to translate live environmental data into an engaging sensory experience.

Projects like this highlight the importance of bridging the gap between conceptual interactive systems and real-world exhibition environments. Reliable deployment and thoughtful spatial setup are often what transform experimental media into a successful public experience.