Monolith Air-Grid lobby in Melbourne featuring triple-volume atrium, perforated HEPA columns, and UfAC floor vents for high-performance air purification.

Information

Monolith Air-Grid

Client:
Buildn3r

Location:
Melbourne, Australia

Size:
4000m²

Collaborators:
Huey Design

Status:
Competition

Program:
Office, event space and retail

Awards:
2021 Office Design Challenge - Finalist

Monolith Air-Grid office in Melbourne: Interior running track, curved glass meeting pods with vines, and biophilic workspace for high-performance agility.

Triggered by the global shift of 2020, this award-winning project serves as a definitive response to the ‘isolation crisis’ exposed by the pandemic. While the remote-work model proved productive, our research identified a critical loss in social synergy and organisational health. In response, KOY_LAB developed this co-working ecosystem- a high-performance environment where biophilic well-being, sustainability, and seamless technology converge to reconnect a fragmented workforce through intentionally designed “collision zones” that spark spontaneous collaboration.

Beyond immediate social restoration, the project is engineered for long-term adaptability. By synthesising circadian-active lighting and automated environmental controls, we moved the focus from static office design to dynamic human performance. This modular framework ensures the space remains a resilient asset, capable of evolving alongside future shifts in technology and density- true to our mission of architecture optimised for the lifecycle, not just the moment.

Timber axonometric model of Monolith Air-Grid showing UfAC system and shapeshifting office logic with rotating kinetic panels for spatial agility.
Technical diagram of UfAC and HEPA filtration column showing pressurized air plenum, carbon filters, and 10% build height savings logic.

Atmospheric intelligence

With 68% of the global population projected to inhabit urban areas by 2050, the office tower must evolve from a static workplace into a resilient urban lung. This project serves as a scalable prototype for the future of high-density environments, moving beyond traditional commercial boundaries to prioritise the atmospheric health of the city. By re-engineering the internal climate of the tower, we have established a new benchmark for the safe office- a design strategy capable of being replicated globally to meet the demands of an increasingly densified world.

At the core of the intervention is a shift from turbulent, recirculated air to a precision-engineered Underfloor Air Conditioning (UfAC) system. By eliminating traditional ductwork in favour of a pressurised plenum, the design delivers a constant stream of fresh air directly from the floor level, utilising HEPA technology to filter 99.97% of airborne particulates. This displacement ventilation strategy effectively isolates aerosols and minimises transmission risks, ensuring that the lifecycle of the building is defined by the peak biological performance and well-being of its occupants.

Detail of Monolith Air-Grid rotating panels featuring perforated and writable surfaces on an aluminium track for kinetic office agility.
Diagram of rotating furniture and kinetic panels showing 25% to 100% spatial configurations for an adaptive, shapeshifting office ecosystem.

Shapeshifting Office

Office environments have undergone a radical metamorphosis over the last half-century, transitioning from rigid cellular cubicles to the fluid, boundary-less landscapes we see today. However, a true challenge lies not in addressing how we work now, but in futureproofing against the inherent uncertainty of tomorrow. This project serves as a physical manifesto for this evolution- a shapeshifting environment designed to pivot quickly as the industries it houses.

The heart of the intervention lies in a series of a high-performance kinetic panels set upon a precision track system. These are not merely dividers, but architectural instruments. Each panel can extend into a full radius, effectively bisecting the open floor plan into two distinct halves. By manipulating these arcs, users can transition from a singular expansive hall to a series of private pockets for deep focus. This allows creativity to run wild, enabling a limitless variety of workspace combinations that can be reconfigured in minutes, not months.

Monolith Air-Grid diagram showing shapeshifting office configurations for open plan, meetings, parties, and exhibitions using kinetic partitions.

To ensure total spatial harmony, we applied this same logic of extension and rotation to a bespoke furniture collection. The extendable rotating tables act as a modular extension of the architecture itself. Crucially, these pieces maintain a nomadic independence. By decoupling the furniture from the rotating wall panels, we have achieved a higher tier of spatial agility. These elements remain fully portable, allowing the team to curate their own micro-environments without being tethered to a fixed structural point. We aren’t just building for the needs of today, we are providing the spatial vocabulary for whatever comes next.

Timber section model of Monolith Air-Grid showing triple-volume atrium, curved social staircase, and perforated HEPA-filtration columns.
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