Parametric kirigami presents the work of 2017/18 generation on course Digital Fabrication. The aim was to interpret various forms inspired by the digital age using Japanese traditional technique of paper cutting and folding – Kirigami. Two types of paper are combined software tools for digital fabrication to fabricate the final models.
Course teachers: Dr Milena Stavrić, Dr Albert Wiltsche, TU Graz, Austria
The exhibition is the result of a five-day workshop held on course Digital Fabrication on the Master Program Digital Techniques, Design and Production in Architecture and Urban Planning, FTN, Novi Sad.
The aim was to explore a large number of shapes and paterns and create interesting spatial relationships inspired by parametric and digital design. Kirigami (Japanese Traditional Cutting and Bending Technique) was an initial inspiration, while students at the workshop improved their skills and knowledge in this technique. Final models are made of two types and colors of paper, using only digital fabrication tools and software. Also, the brochures were part of the final product and exhibition.
Professors: Milena Stavrić, Albert Wiltche, TU Graz, Austria
Participants: Stefan Stojčić, Ana Marjanović, Stefan Tomić, Katarina Popov, Jovana Plavšić, Nela Novaković, Radman Pejić, Mihailo Radović, Andrijana Kovačević, Boško Ilić, Iva Sučević, Miloš Janković, Nataša Trupl, Sanja Ristović, Andrija Mihelčić, Aleksandra Letić, Nikola Grbić, Nemanja Radovanović, Igor Mikulić, Jelena Panić, Jelena Gavrilov, Katarina Spasić, Sretena Mihajlović
The exhibition presents the results of a five-day workshop held on course Digital Fabrication at Digital Techniques, Design and Production in Architecture and Urban Planning, FTN, Novi Sad.
The aim was to explore various forms and paterns in order to create interesting lighting and spatial relationships, inspired by parametric and digital design. The final lamp models are made of one type of material and connectors, using software and tools for digital production. Also, brochures and packaging were an integral part of design and were presented at the exhibition with models.
Professors: Milena Stavrić, Albert Wiltche, TU Graz, Austria
Participants: Marina Miladinović, Ognjen Jokić, Katarina Stefanović, Milica Radičanin, Biljana Cvijanović, Milica Ivković, Dejana Čečavac, Jasmina Vojnić Zelić, Miroslava Milutinović, Mirjana Ignjatović, Milica Veljković, Alen Mujarić, Đorđe Miletić, Aleksandar Fisik, Milena Jevtić, Milica Pajić, Jelena Marić, Filip Nikolić, Nikola Milašinović, Zoran Škiljić
The basic idea of the project was to generate a wall panel whose cutting would be processed with the help of an industrial robot. Walls of this type have their aesthetic and visual role in the interior design and contribute to the quality and dynamics of space. The starting point is to create a form with the help of the software platform Rhinoceros and Grasshopper. Further development is communication with ABB robot with the help of Visual Studio, Robot study and c # programming language. The model material is styrofoam which is cut using a hot wire tool. With this kind of fabrication and adequate design tools, various visually interesting freeforms can be generated.
Students: Jovana Kovačević i Simo Ristanić
Prototype of an interactive adaptive canopy at the stadium in Vršac. The preliminary design within the Digital Design course, and the realization of the prototype within the course Generative Design. Under the influence of external wind factors, the canopy changes shape and adapts to the given conditions. Also, there is the possibility of controlling the canopy with motion detection devices – Kinect, which gives the opportunity to use the canopy for scenographic purposes.
Student: Milica Ivković
The city stadium in Vršac does not have a canopy over the stands, which results that inhabitants are visiting games and events in the stadium only during ideal outdoor weather conditions. One of the important factors that is taken into consideration is the wind that blows in the territory of Vršac 200 days a year. The goal of the project was to generate a canopy that is adaptive and whose shape is optimized for the effects of the wind. Also, the principle of the double layer of the membrane was applied in order to further increase the resistance to wind and to prevent rainwater underflow.
Fabrication of interactive physical model can be seen here.
Student: Milica Ivković
The aim of the paper was to analyze the insolation in the blocks of Grbavica, the part of the city of Novi Sad, and explore the possibilities of better exploitation of the insolation.
Several variations of the models generated in CityEngine are analyzed, and the conclusion is that changes in floor altitudes, roof slopes and similar changes in geometry of objects can significantly affect insolation.
The first figure shows the existing condition and two variations of the roof geometry that gave good results when analyzing the insolation. The second figure shows the analysis of the floors and the slope of the roof of these cases. Colder colors represent higher objects, and warmer colors represents lower objects, while on the slope of the roof figure, violet colors is dual slope, light green four slope, while olive green are flat roofs.
Students: Nela Novaković, Ognjen Jokić, Đorđe Miletić
Kanda lamp is the result of the work of generation 2016/17 students in the Digital Fabrication workshop. The aim of the workshop was to explore various forms and patterns and interpret them in the design of lamps and parametric lighting. Various materials are combined to fabricate the final models, as well as software tools for digital fabrication, such as laser cutters.
Course teachers: Dr Milena Stavrić, Dr Albert Wiltsche, TU Grac
The goal of the paper is to analyze the grammar of forms of contemporary urban reconstruction, on the selected HafenCity case in Hamburg, the development of a procedural model based on the typology of the analyzed objects and applications in urban morphology in Novi Sad.
Hafencity analyzes were later used to create urban backgrounds within the GIS software package, and these substrates are used as a basis for generating streets, plots and facilities. In the further workflow, CityEngine software was used for object generation programming using the shape grammar on Hafencity objects.
Students: Ivana Stojanović, Jovan Maksimović, Željko Pavlović
The goal of the project is to analyze the shape grammar of contemporary urban reconstructions, in the selected case of Eastern Docklands in Amsterdam, the development of a procedural model based on the typology of analyzed objects and applications in urban morphology in Novi Sad.
The analyzes were later used to create urban backgrounds within the GIS software package, and these bases further as a basis for generating an urban matrix. In the further workflow, CityEngine software was used to program the generation of objects and their elements as modeled on the case study.
Analyzes of possible solutions for object design are presented, where each object belongs to the same style, and all of them are different from each other, as well as photorealistic rendering of the newly designed ambiance.
Students: Milica Grujić, Jovan Jeftić, Dejan Žibert
