Meliha Honic
Research Group: Integrated Planning member Institute of Building and Industrial Construction Karlsplatz 13/E210-01 1040 Wien E-Mail: meliha.honic(at)tuwien.ac.at
Evolute GmbH
Evolute GmbH has been founded as a spinn-off from TU Wien. The company’s expertise lies in geometric optimization with focus on feasibility of manufacturing in engineering, architecture, and production technologies as well as development of geometry relevant IT-tools and software
Accepted FWF project (Differential Geometry)
“Singularity Closeness of Stewart-Gough Platforms” Agency: Austrian Science Fund, FWF (P30855) Funding: 192.774,76 EUR Start: Summer 2018, duration: 4 years Project leader: Georg Nawratil General information: This project is devoted to the evaluation of singularity closeness of Stewart-Gough (SG)
Publication at SIGGRAPH Asia (Applied Geometry)
“Material-minimizing forms and structures” M. Kilian, D. Pellis, J. Wallner and H. Pottmann ACM Trans. Graphics (Proc. SIGGRAPH Asia), 36(6), 2017. Information
Introduction do Deep Learning (May 2017)
Workshop Date May 29, 2017 Location TU Wien, Wiedner Hauptstr. 8-10, Turm A, 7th floor, Zeichensaal 3 Speakers Pfilipp Grohs (Univ. of Vienna) Michael Wand (Mainz. Univ.) Program 09:00-10:30 Basic Concepts in Machine Learning 11:00-12:30 Introduction to (Convolutional) Neural
Davide Pellis
Former member of the Research Group Applied Geometry Geometric Modeling and Industrial Geometry Wiedner Hauptst. 8 1040 Wien Homepage
Michael Robert Jimenez
Former member of the Research Group o Applied Geometry (PhD student) Geometric Modeling and Industrial Geometry Wiedner Hauptst. 8 1040 Wien
Konstantinos Gavriil
Former member of the Research Group Applied Geometry Geometric Modeling and Industrial Geometry Wiedner Hauptst. 8 1040 Wien Homepage: http://konstantg.me/
Martin Peternell
Research Group: Applied Geometry member Geometric Modeling and Industrial Geometry Wiedner Hauptst. 8 1040 Wien E-Mail: peternell(at)geometrie.tuwien.ac.at homepage
Martin Kilian
Research Group: Applied Geometry member Geometric Modeling and Industrial Geometry Wiedner Hauptst. 8 1040 Wien E-Mail: kilian [at] geometrie (dot) tuwien (dot) ac (dot) at homepage
Ingrid Erb
Research Group: Digital Architecture member Institute of Architectural Science Treitlstrasse 3 1040 Wien E-Mail: ingrid.erb(at)tuwien.ac.at
Fundamentals in Computational Design (winter term 2017)
The main objective of this course is to reach a level in understanding and using C# (C Sharp), developing Grasshopper components in C# and geometry processing to be able to continue learning and keep exploring the field independently. In detail
Applied Computational Design (summer term 2017)
In this course we are going to explore the design potential as well as the performance of essential wooden structures, built entirely by utilizing the elasticity of prefabricated planar or linear elements. The course is primarily offered to members of
Introduction to Computational Design (summer term 2016)
Aim of this lecture series is to give an introduction to computational design from a variety of different perspectives and different fields. Lectures will cover various aspects of computational design, ranging from mathematical or geometric foundations to aspects of algorithms
VC CultTech Hackathon winner category “Vienna State Opera challenge” (Rendering and Modeling)
Martin Ilcik and Christian Freude won the category “Vienna State Opera challenge” of the VC CultTech Hackathon – Austria’s first hackathon at the intersection of art and IT – with their Project “Indoor navigation system for the Vienna State Opera”.
Discrete surfaces with prescribed mean curvature (Applied Geometry)
Agency: FWF Austrian Science Fund [P 29981] Dates: 09/2017 – 08/2021 Project leader: Christian Müller
AGEO AWARD 2017 (Rendering and Modeling)
“Rendering Large Point Clouds in Web Browsers”(Diploma Thesis) Markus Schütz, 2nd place at AGEO AWARD 2017 (Diploma Thesis Award of the Austrian Umbrella Organization for Geographic Information) Homepage
“VR On-Site” simulates operational scenarios (Virtual Reality)
Research project “VR On-Site” simulates operational scenarios with Johanniter. Information
A Test Suite for Photorealistic Rendering and Filtering (Rendering and Modeling)
Agency: FWF (ORD 61) Dates: 05/2017 General information Rendering photorealistic images has been a long-standing problem in computer graphics. Photorealistic image synthesis is still a vibrant and active research field with many open problems. Most offline methods use path-sampling techniques
TU Wien Research Cluster: Smart Communities and Technologies (Rendering and Modeling)
TU Wien Research Cluster: Smart Communities and Technologies (focus 3D spatialization) Dates: 2017-
INiTS Award 2016 (Rendering and Modeling)
Martin Ilčík won INiTS Award 2016 (11/2016) Homepage
OCG Award 2016 (Rendering and Modeling)
“Extending Separable Subsurface Scattering to Arbitrary Materials“ (Diploma Thesis) Christian Freude won the OCG Advancement Award 2016. (10/2016) Homepage
Discrete geometric structures motivated by applications and architecture (Applied Geometry)
Agency: DFG and Austrian Science Foundation; part of SFB/Transregio 109: Discretization in Geometry and Dynamics, TU Berlin and TU Munich. Dates: 07/2016-06/2020 Project leader: Helmut Pottmann Co-PI with A. Bobenko (TU Berlin) and J. Wallner (TU Graz)
Computational Design of Geometric Materials (Computational Fabrication)
Agency: WWTF Dates: 03/2016 – 2/2021 Project leader: Przemyslaw Musialski General information In this project we want to research novel materials whose mechanical behavior is described by the complexity of their geometry. Such “geometric materials” are cellular structures whose
Geometry and Computational Design for Architecture and Fabrication (Applied Geometry, Digital Architecture)
Agency: TU Wien; Top/Anschub-Projekt Dates: 01/2016-12/2018 Project leader: Helmut Pottmann CO-PI with J. Schöberl (Analysis and Scientific Computing, TU Wien), P. Ferschin (Digital Architecture) and G. Nawratil (Differential Geometry) Within the TOP-project “Geometry and Computational Design for Architecture and
