The Cinnamon tower was conceived as freestanding campanile – a pin on a piazza was the concept behind the premiated competition design by BOLLES+WILSON for the existing 19th century Harbour Masters Building.

A tower was not anticipated in the competition programme, but the jury agreed that a tower anchors the public functions around the only remaining historical building to survive between the megablocks of the ‘Overseas Quarter’ master plan. The historic building will also be more autonomous.

Slenderness is essential for a campanile. Over the course of its 8-year gestation this was respected – even while its function mutated from stacked restaurants to housing. The 13 x 16 m floor plan tapers towards the top. With a height of 56 meters the tower is 4-times higher than it is wide.

How can such a thin chap be efficient?
The efficient answer is duplex apartments. Originally the concept foresaw seven apartments, each on 2 floors, a panoramic living deck on the upper level and bedrooms with punched windows below. Precise market analysis led to a variation of this formula: one triplex apartment at the top and some 1-floor apartments at lower levels. Built were ten apartments, four with 130 sqm, five with 185 sqm and one with 300 sqm. The tower has a gross floor area of 4.300 sqm and a volume of 16.000 cubic metres. At the ground level, the piazza level is a commercial area of around 300 sqm.

Strict high-rise regulations demanded an escape route from every floor via secured escape stair. The possibility to clean every window from the inside was also a criterion to be met. The spectacular view of the New Elbphilharmonie should not be blurred by dirty windows. Room-high windows on three sides of the living room also allow the tracking of incoming cruise ships.

Facade panels of anodized aluminium sheets in different gradations of dark red correspond to the patchwork of BOLLES+WILSON’s pavilion from 2008. This was the first realized component of the Harbour Masters ensemble. In sunlight these aluminium panels take on colourful nuances while on cloudy days they assume a darker, more serious Paul-Klee like appearance. This is a building that changes its character according to the incidence of light, a new figure on Hamburg’s skyline.

An eight floor building axially adjacent to the University ensemble – the axial focus of Tirana’s 1930’s Italian Masterplan.

Mass is emphasized, balconies internalized as loggias. Materials are reduced to those fitting historical precedent and the current possibilities of construction in Tirana. The particular ‘haptic’ of the base is achieved with wide mortar joints and intentionally irregular layers of broken (reject) tile fragments.

The task of the Patrimonial and Universal Library is the housing and protection of Cultural and Intellectual Texts – a foundation stone of the intellectual community. For the BnL a compact, energy efficient building volume houses a wide range of functional entities.
A transparent imposing, but at the same time inviting, facade fronts onto the Avenue John F. Kennedy. Internal functions unfold sequentially from this entrance gesture; Foyer +, Café (with upper level conference + seminar rooms), next the Reading Room – a landscape of terraced workstations and bookshelves. The principle building block is located deep within the building, a central and compact archive over five levels. This secure core is encased by public spaces and forms a plateau on top of which the largest bookshelf area and reading-deck is found.
The principle facade material is large format red pre-cast concrete panels – a patchwork due to a variety of surface treatments (water/sand-jeting, acid washing). The architectural intention is homogeneity, a material unity of the overall building volume, with an undercurrent of surface articulation. The archive plateau is encased in a bastion-like wrapping of stone-filled Gabion cages. Planning prioritized energy efficiency; technical installations take second place in favour of an activating of the buildings thermal mass to engender a sustainable interior climate.