Elective Course FS2019 | Serendipity | Deflecting Landscapes

Elective Course FS2019 | Serendipity | Deflecting Landscapes
February 5, 2019 jrebsame

COURSE

We will investigate the dams of Punt dal Gall and Ova Spin high up in the mountains of the Grisons. Where the system of water retention and hydropower production has a striking influence on the alpine landscape we will measure acoustic and visual information to create a new way of representing landscape.

TOOLS

Laserscanning / Electromagnetic Microphones / Photogrammetry  / Contact Microphones

SITE

Dams of Punt da Gall and Ova Spin, Grisons / Switzerland

INTRO

Feb 21, 2019, 16:45, HIL H 40.5

TEAM

Prof. Christophe Girot, Ludwig Berger, Dennis Häusler, Johannes Rebsamen, Matthias Vollmer

CONTACT

Matthias Vollmer

The alpine landscape of Europe is a rain catcher for the whole continent, the high mountains force the clouds to rain, the glaciers, alpin lakes and rocks function as a reservoir. After we explored the vast landscape of glaciers, we will step down to the next stage of the water stream. The momentum where the human takes an active influence on the delicate balance of supply and production.

We will investigate a dam high up in the mountains of Grisons. This system of water retention and hydropower production has a big influence on the landscape and the appearance of these huge infrastructures changed the perception of the alpine landscape forever. But what we perceive on the first glance is only the outside surface, a part of these concrete structures. They extend into the mountain and form a system of tunnels and chambers, human made constructions merge with the natural rock formation, concrete blends with landscape. How sound and light is rendered changes while we explore this landscape of deflection.

These structures will be measured with visual survey techniques and different approaches of acoustic recording on the inside and outside. We will search for gaps, joints, resistance, reflections and connections between landscape and concrete, production and protection, absorption and reflection. We want to understand the spatial characteristics drawn by light and sound and create a new perception of this place. How is the reflection or deflection of light and sound on the texture changing what we perceive as space, volume or a body? How can we reveal dimensions, hidden structures and sequences?

Working with a new way of presentation we ask the question how landscape and architecture can be shown in the future and how to translate modern techniques into a sensual experience.

You will learn to use laserscanning and photogrammetry to produce three-dimensional digital pointcloud models as well as sound recording techniques with a variety of microphones such as electromagnetic or contact microphones and work on the spatial perception through the combination of those two different media. Back on campus, you will compose a pointcloud animation in our Audio-Visual-Lab, a spatial composition of both the visual model and the acoustic recordings. Finally, you will present your own perception of this specific landscape as an audio-visual experience.

As a thesis elective you will have the chance to return to the same place in summer. You will find the same elements as in winter but a completely transformed landscape which will require new approaches, You can choose and create your own method and techniques.

SCHEDULE

21. 02. 2019 – Introduction HIL H.41.9

28. 02. 2019 – Technical Introduction 1

07. 03. 2019 – Technical Introduction 2

09. – 10. 03. 2019 – Workshop weekend (obligatory)

14. 03. 2019 – Working on Project–Table Crit

21. 03. 2019 – Seminar Week–No course

28. 03. 2019 – Working on Project–Table Crit

04. 04. 2019 – Presentation 1 – Mid Critique 

11. 04. 2019 – Working on Project–Table Crit

18. 04. 2019 – Working on Project–Table Crit

25. 04. 2019 – Easter Break | No course

02. 05. 2019 – Working on Project–Table Crit

09. 05. 2019 – Presentation 2 – Final Critique

Discover the place with the results of the previous semester with different techniques:

Some examples of Point Cloud Videos:

With support from: