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PRIMARY SCHOOL /

Site

The landscape is of historic significance due to the first Roman settlements around the estuary of river Wye. The site has been prone to flooding in the past and consists of a man-made sea wall made from rocks and soil and on the other side a flat/ horizontal landscape with human interventions. The sea-wall is quite fragile and intuitive within the landscape and allows the water to stay on the other side. The tidal range varies a lot with the low tide occurring twice a day and the same for high tides.

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Conceptual & Proposal

The landscape nature of the estuary allows the possibilities to play around, literally and metaphorically. The flatness of land

Designing a primary school and an information centre on the estuary of Gwent Levels

Wayne Forster and Aled Davis on one side and the fragile muddy landscape on the other creates a juxtaposition around the site to which the sea-wall acts as a link between the two.

The ‘fragility’ of the sea wall allowed me to explore the possibility of designing and inhabitable sea-wall, to design spaces on either side of the wall and create a series of thresholds that would enable the pre-school students to explore the landscape and play with it as they go along. Opportunities in the landscape were seen as ‘follies’, that could encourage students to learn and play with it.

Threshold, follies and the sea wall became the essence of my project as a concrete seawall was established replacing the existing sea-wall. Classroom spaces were then designed to come out of this ‘threshold’ sea-wall and existing events/ objects became ‘follies’ in the landscape allowing the classroom to focus and play with it. These classrooms were designed on either side of the sea-wall to engage the students with the landscape and encourage the act of learning while playing. Possibilities and platforms for collective learning were provided within different classrooms as well.

Structurally the sea-wall was built with reinforced concrete with tetrapods put around the side of the estuary. The classrooms on the exposed side of the sea-wall were structurally supported with steel beams and columns, whereas, the one on the protected side were supported with timber. This was a result of the structural stability needed to accommodate the following spaces.

Furthermore, a research unit was designed and included in the project that would encourage the fossil and micro-organic study of the landscape with the aim of keeping the site culturally rich.

The sea-wall doesn’t block public access to the site, it allows people to walk on it while the inhabited threshold corridor underneath serves the route for classrooms. It was essential to allow public access due to the sea-walls current usage and approaches.

External Wall (Timber Finish) - 0.176 W/(m2K)

20 mm Larch board

Insect screen

25 mm Battens

Moisture diffusing layer

25 mm Softwood grooving board

150 mm Insulation b/w steel frame structure

30 mm Sound insulation board

Air barrier

75 mm Reinforced concrete

Roof - 0.156 W/(m2K)

50 mm Gravel on plaster sheeting

40 mm Screed falls

Membrane layer

150 mm Insulation

Air barrier

30 mm Sound insulation board

80 mm Reinforced concrete

Floor - 0.155 W/(m2K)

15 mm Oak wood finish

30 mm underfloor heating

Moisture diffusing layer

150 mm Insulation

200 mm Reinforced concrete

Waterproof membrane

100 mm Reinforced concrete

100/200 mm Renforced concrete

Windows - 0.65 W/(m2K)

Triple glazing with centre pane

External Wall (Corten Finish) - 0.178 W/(m2K)

5 mm Corten steel finish

50 mm Aluminium bearers

Moisture diffusing layer

150 mm Insulation b/w steel frame structure

30 mm Sound insulation board

Air barrier

100 mm Reinforced concrete

Roof - 0.156 W/(m2K)

50 mm Gravel on plaster sheeting

40 mm Screed falls

Membrane layer

150 mm Insulation

Air barrier

30 mm Sound insulation board

80 mm Reinforced concrete

Floor - 0.155 W/(m2K)

15 mm Oak wood finish

30 mm underfloor heating

Moisture diffusing layer

150 mm Insulation

200 mm Reinforced concrete

Waterproof membrane

100 mm Reinforced concrete

Windows - 0.65 W/(m2K)

Triple glazing with centre pane

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