THE MIDST

PROJECT ARCHITECT CLAUDE BORG

2021 | Restoration Directorate

An architectural model combining concrete building structures with a modern, angular glass extension.

The MIDST project was designed within a highly sensitive historic setting, surrounded by fortifications with important long-distance views that had to remain unobstructed. The site presented several challenges: the street level was significantly higher than the historic casemated vaults below, surrounding buildings varied in height, and vehicle access and parking had to be maintained.

Modern building with textured concrete walls and a green geometric extension against a clear sky.
Modern architectural building with angular design and textured stone walls under a clear blue sky.
A 3D model of a building or house with a beige brick exterior and multiple gray roof sections, viewed from above.
Digital illustration of a modern architectural building with various geometric shapes and textures, including stone-like surfaces and glass elements.

ARCHITECTURE IN THE MIDST OF HISTORY

The name MIDST reflects the building's unique position — located in the midst of the historic fortification walls on one side, and the urban street on the other — acting as a carefully considered link between the two. Rather than competing with its surroundings, the design responds to these constraints with a lightweight, fully reversible structure that sits gently within its historic context.

FACETED GEOMETRY AND ADAPTIVE FORM

The roof and walls were designed as a continuous adaptive form that responds to the varying heights of the surrounding structures. To achieve these changing geometries efficiently, the roof was divided into triangular planes, allowing it to fold and adapt to the site's unique profile while remaining lightweight and structurally efficient.

LIGHTWEIGHT AND REVERSIBLE CONSTRUCTION

Rather than relying on concrete or permanent construction methods, the building is formed from a bolted steel frame clad with insulated panels in stone coloured finishes that complement the existing fortifications. This approach minimises the impact on the historic fabric and allows the structure to be dismantled in the future without causing permanent damage to the site.

ACCESSIBILITY AND CIRCULATION

Accessibility was a key part of the design. The entrance level was carefully adjusted to create a seamless arrival space, while an accessible ramp connects visitors to the historic casemates, the external entrance, and a lift serving the upper floor. The circulation was planned to ensure that all users could move comfortably through the building despite the site's complex changes in level.

Architectural floor plan showing various rooms including reception, office, meeting rooms, archives, and utility areas with parking spots and pathways, outlined with color-coded symbols and labels.

The result is a contemporary intervention that respects its historic context by remaining low in profile, preserving important views, and using a reversible construction system. Rather than competing with the surrounding fortifications, the building adapts to them, creating a functional and accessible space that can coexist with the site's heritage.

Architectural building model with a modern concrete structure extending from a traditional brick building.