Design Studio UE & International Student Seminar SE student campus getreidemarkt

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1 Design Studio UE & International Student Seminar SE student campus getreidemarkt

2 Lecturers and contacts Core Team JASEC: Iris MACH Thomas RIEF Yukiko KAHR Lecturers JASEC: Barbara RIEF-VERNAY Marcus GRUNDNIGG Lecturers HLRS Stuttgart: Uwe WOESSNER Fabian DEMBSKI Shared Work Space at JASEC During the first week of the workshop you may use the shared workspace in our office. Each group will receive one set of keys to access our office any time. The equipment includes: 4 Windows PCs & 2 Printers (with scanner) Installed Software: MS Office, AutoCad, 3DS Max, Adobe Products, ArchiCAD, Sketchup and others.

3 JASEC Office and Work Space Access: Building Gusshausstrasse 30, 1040 Vienna ; Access via the large drive-in, first door on the right on the ground floor in the driveway.

4 Assignment The task is the design of a small to medium size multifunctional building that houses workplaces for students and offers possibilities for catering at TU Wien s Campus Getreidemarkt. Groundwork for the design will be a 3D surveying and mapping of the site and its surroundings. Campus Getreidemarkt Getreidemarkt is one of 4 campuses in the city centre. All buildings at this site have been undergoing a comprehensive renovation process since 2006.

5 Site The new student hub should be located in the courtyard between building parts BC and BD and may have dimensions of 40mx8m and can be up to 2 storeys high. The design of the new building has to consider the surroundings which are the newly built or renovated university buildings but also the heritage protected Semperdepot built in the years The name Getreidemarkt means grain market it used to be the main market and reloading point for grain in the 18 th century. The Mariahilfer Strasse closeby dates back to antique roman times and used to be one of the most important entrance ways into Vienna. Nowadays this street is one of Vienna s most popular shopping streets.

6 Projected Space The projected space for the new Student Hub is a long but relatively narrow courtyard. The new structure has to consider neighbouring buildings as well as driveways (eg. for fire or delivery trucks). The building should include a café/small pub (probably on the ground floor) and student work places in the upper floor(s). The red cubical element in the image above only shows the location of the new Student Hub. It is up to each group to find an interesting design which may be cubical, organic or whatever shape turns out to be useful. Pedestrian connections or bridges can also be possible to structure the space and create links to adjacent buildings. There are no specific requirements regarding size and position of different functions. However, each function requires additional considerations (accessibility, delivery, sanitary facilities, work place safety ). The surrounding building blocks and the courtyard have certain proportions and architectural styles which may also influence your proposed design.

7 Buildings surrounding the site Semperdepot Built in the year 1874 by architects Gottfried Semper and Carl von Hasenauer its original function was an archive and production site for theatre scenery and decorations. It is historically important due to the cast iron structure (one of the first iron structures in Vienna). Today the building houses artist s workshops and exhibition/event spaces.

8 Plus-energy-office high-rise building (Building Part BA) As part of its fundamental considerations with regard to updating its buildings on Getreidemarkt, TU Wien came up with new and innovative ways of going about the general renovation of the tower. In keeping with the basic concept of the TU UniverCity project, it is not simply a case of introducing structural measures, but rather much more about developing a flagship project a sustainable approach that has been developed and influenced by TU experts. The fundamental objective of the project was to achieve the energy-plus standard in terms of having a primary, on-site energy source. This also included covering the energy consumption of all of the technical building facilities, office equipment, servers, kitchens, lighting and standby modes through the use of the photovoltaic system integrated into the façade. The aim is to achieve a high level of reproducibility for all types of office building in the future, including energy-plus buildings. Lehartrakt (Building Part BC) With around 12,000 m2 of net floor space and low-energy construction techniques, around 100 scientists and 700 or so students in the Faculty of Technical Chemistry can enjoy state-of-the-art laboratories and office space. 60% of the building is now home to laboratories at the cutting edge of technology. The majority of rooms facing our project sites are chemistry labs which do not include permanent working places. Therefore an obstruction of view caused by our project can be easily tolerated.

9 Labortrakt (Building Part BF) As a (preliminary) final milestone for the Getreidemarkt campus, a new laboratory building was created for the Faculty of Mechanical and Industrial Engineering. The general renovation work on the 'old Tonne building' had already been completed years before. The new Labortrakt (BF) is home to state-of-the-art mechanical engineering laboratories in line with TU s key research area of 'materials and matter'. The new building boasts two basements complete with light channels, making them ideal for use as laboratories, and four upper floors connected via the existing Hoftrakt (BD). An additional technology floor, which will contain the countless service systems for the laboratory equipment, sits right at the top. Current Situation Projected Building

10 Excursion to Stuttgart With a focus on 3D modelling vizualisation the course will be co-supervised by Uwe Wössner and Fabian Dembski from HLRS (High Performance Computing Center Stuttgart). An outstanding facility for creating virtual environments is the CAVE CAVE (Cave Automatic Virtual Environment) The CAVE is a cube with a side length of 2.7m. The floor is made of a three layer laminated safety glass, covered by a rear projection screen while the walls and ceiling are built of dark acrylic glass screens. The images are rear projected at a resolution of 1600x1600 pixels per side by five active stereo DLP projectors with separate inputs for both left and right pictures. The large-size and immersive projection encourages users to discuss their data sets with on-site colleagues. Furthermore, it is possible to discuss results with worldwide partners in collaborative working environments while looking at the same data. For the tracking of the viewer's head and hand we use an optical tracking system. The CAVE is driven by a powerful visualization cluster with large bandwidth for interactive simulations as well as high speed parallel rendering. On the software side, the CAVE is driven by our COVISE virtual reality front-end called OpenCOVER. This software allows interaction with on-going numerical simulations and post-processing steps mainly in the area of computational fluid dynamics (CFD) and structural mechanics (e.g. crash analysis) but as well as in urban analytical models and air flow analysis for e.g. architectural purposes and urban design. Journey to Stuttgart and accommodation All participants have to organize the trip and accommodation by themselves. We will start with the Stuttgart program on Monday (18.3.) morning, so plan your arrival time accordingly. We can t give you any specific suggestions how to travel or where to stay. Please browse through offers on AirBnb / Tripadvisor Vacation Rentals / FeWo-Direkt or others. Also check the different modes of transportation plane/train/bus/car.

11 Accommodation Websites FeWo Direkt: W%C3%BCrttemberg%2C%20Deutschland/arrival: /departure: ?petIncluded=false AirBnB: Tripadvisor: Stuttgart_Baden_Wurttemberg-Vacation_Rentals.html You may also check the youth hostels available in Stuttgart. Pick a location where you have a good connection to University Stuttgart Vaihingen Campus. The subway U1 connects the city center with Vaihingen in the west part of Stuttgart. Please check Google Maps for public transport connections. HLRS Location: +H%C3%B6chstleistungsrechenzentrum+Stuttgart+(HLRS)/@ , ,17 z/data=!3m1!4b1!4m5!3m4!1s0x4799dc419fafe627:0x62a55139c74b35db!8m2!3d !4d

12 Transportation Try to organize your trip with other participants of the group. Maybe some of you have a private car and offer seats for others so you can share the costs for fuel. Other options are Flixbus, ÖBB (train) or you may also find a good deal for a plane ticket. Equipment Please bring your own laptop computer with 3D-CAD software installed. Please install 3DS Max which is free for students in advance: If you are more familiar with other 3D CAD software it may also work. In the JASEC lab in Vienna we have 4 shared workplaces with AutoCad and 3DS Max installed. But in Stuttgart you will have to use your own equipment.

13 Schedule Time Venue Content Thursday, March 7 (Arrival Saga University members) 16:50 Arrival Vienna Int. Airport See information on the first page to reach your accommodation Friday, March 8 (Saga University and TU Wien students) 09:30 Main lobby of TU Wien (Main building Karlsplatz 13) 14:00 Seminar Room at JASEC (Gusshausstrasse 30) Saga University students only: Vienna sightseeing tour for Saga University students with our Japanese colleague Yukiko. We finish at Museumsquarter at noon to have a small lunch there. TU Wien and SU students: Lectures by Barbara and Fabian on heritage protection and planning processes in the field. 16:00 Campus Getreidemarkt Walk to Campus Getreidemarkt and site visit. 18:00 Seminar Room at JASEC (Gusshausstrasse 30) Allocation of participants to groups and welcome party. All day Seminar Room at JASEC (Gusshausstrasse 30) Saturday, March 9 and Sunday March 10 Group Work Concept finding (JASEC staff will drop by and will be available for consultation) Monday, March 11 16:00 Seminar Room at JASEC (Gusshausstrasse 30) Intermediate Presentation: All groups will present their concepts Tuesday, March 12 10:00 Seminar Room at JASEC (Gusshausstrasse 30) 3D Scanning and lectures by HLRS Wednesday, March 13 09:00 Meet at JASEC Office and walk to PC Lab 3DS Max Training day at Archlab (Room PC4) All day Seminar Room at JASEC (Gusshausstrasse 30) Thursday, March 14 Group work - Implement concept in 3DS Max t.b.a. Seminar Room at JASEC (Gusshausstrasse 30) Friday, March 15 Intermediate Presentation: All groups will present their final concept.

14 Time Venue Content Saturday, March 16 (Free Day) Sunday, March 17 (Journey to Stuttgart) Vienna -> Stuttgart Journey to Stuttgart (participants have to organize the trip and accommodation by themselves) Monday, March 18 (Stuttgart) 10:00 Stuttgart Meeting point: t.b.a. Guided architecture excursion to highlights in Stuttgart Tuesday, March 19 (Stuttgart) 09:30 HLRS Stuttgart Lecture by HLRS, ensuing workshop on design, modelling and visualization for 3Dvirtual reality environments. Wednesday, March 20 (Stuttgart) 09:30 HLRS Stuttgart Workshop: design, modelling, visualization Thursday, March 21 (Stuttgart) 09:30 HLRS Stuttgart Workshop: design, modelling, visualization 15:00 HLRS Stuttgart Final presentation of the workshop results in the CAVE (Cave Automatic Virtual Environment) 18:00 t.b.a. Farewell party (details tba) Friday, March 22 (Journey to Vienna) Journey to Vienna Saturday, March 23 (Saga University members return to Japan) Saga University members return to Japan March/April/May TU Wien TU Wien students finalize their projects.