Master Architecture

Architecture & Energy

TA.MAA_FPK_EN.F2301

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Highlight Modul Architecture & Energy Cool City: «Punkthäuser» in Ruopigen Lucerne

In the first phase of the design work, students explored in groups different urban planning scenarios. Each team was assigned a basic urban design pattern, which ranged from «Zeilenbau», Large Forms, Residential Block, «Super» Volumes to «Punkthäuser». With the help of the HSLU app «Quartierklimamodellierung», climatic effects could be simulated and visualised in a 3D model in real time. During the design process, the urban designs were optimised in their climatic behaviour, while also taking into account classic urban planning factors.

In the second phase of the design work, each student applied their findings from the urban design into the architectural scale of a chosen residential building, where the dwelling typology was brought into a coherent spatial structure.

Simultaneously with the development on both scales the students examined how the dwelling typology relates to the exterior, in the element of the façade. This three dimensional space addresses aspects of climatic conditions, privacy and public, access and seasonal living.

Urban Scale: «Punkthäuser» Lea Bjerg and Valentin Böhm

Architectural Scale: «SMS» Valentin Böhm, House B5

Transfer of ambient humidity: ‘Life’ by Olafur Eliasson at Beyeler Foundation, 2021

Modulverantwortung: Annika Seifert
Lehrteam: / Lecturers: Annika Seifert, Luca Deon
Assistant: Anthony Frank

Cool City – Coping with Urban Heat

Climate change has reached our cities. The question of how we deal with heat has become an integral part of architectural and urban planning. How great is the influence of urban typologies on the microclimate? How do we avoid overheating of urban spaces? What role do cold reservoirs and air flow play? How do we negotiate complex urban design issues such as open and green space, topography, setting, history and morphology or spatial hierarchies of public and private with the pressing additional task of the urban climate? In short, how does the topic of energy influence our traditional understanding of urban design and how do we make the transition from urban scale to architecture?

In cooperation with the city of Lucerne, we are looking at the Ruopigen neighbourhood, which is a singular ocurrence in Lucerne‘s urban fabric: In response to the rapid population growth, large-scale housing developments and a new neighbourhood centre were built here in the 1980s, based on Zurich-based architect Dolf Schnebli‘s design plan. The city is now asking us the very topical question of how to deal with the large, still undeveloped part of the site in the context of this unusual neighbour.

The design work in the semester is divided into two parts: In the first phase, students work in small groups to develop possible urban scenarios, which they examine in terms of their climate behaviour. This is done using a new app developed at the HSLU, which allows architects to simulate climatic effects virtually in a 3D model in real time during their design process. In the second phase of the semester, the students continue their design work individually and in an architectural scale. The focus here is on the topics of façade and typology, which evolve from the urban planning scenario.

Events

Studio Work: Cool City

Thursdays, Atelier F400

Focus Events / Inputs

Thursdays, 9:15 am, Foyer Mäder Saal