Projects provide an opportunity to explore a specific topic in computer graphics in depth and directly participate in our research activities. for digital quantum simulation or optimization, quantum search, quantum games. Conceive and code quantum algorithms for various purposes, e.g. Savona) Topic 2: Quantum algorithms and quantum computing Develop skills in digital quantum computing and quantum algorithms. In addition to the above courses, we offer a variety of Projects at the bachelor, master, and PhD level. TP-IV at the Laboratory of Theoretical Physics of Nanosystems (V.
The material discussed during the lectures is applied in programming exercises and class projects that are designed to stimulate active learning and creative exploration. Mathematical concepts and efficient numerical methods for simulating and optimizing geometric models with an emphasis towards computational design for digital fabrication.Īll our courses put a high emphasis on learning through hands-on experience. Lecture 9 Modeling, Simulation, and Systems Engineering Development steps Model-based control engineering Modeling and simulation Systems platform: hardware, systems software. We study the mathematical foundations, graphical concepts, and basic algorithms to generate realistic images from digital representations of a 3D scene.Īt the master level, The course Geometric Computing is concerned with Please visit the links to find out more about our research efforts in these areas. students, and post-doctoral scholars in the general area of geometric computing and digitial fabrication with a focus on smart materials, deployable structures, and computational design. Introduction to Computer Graphics focuses mainly on algorithms for realtime rendering. We are currently looking for interns, Ph.D. Various courses and semester or master projects offer entry points to the fascinating world of 3D graphics and geometry.
Post-doctoral researchers Dr.Teaching at GCM focuses on topics in computer graphics and geometric computing. He is the recipient of an EPFL Innogrant, a prestigious innovation grant, which supported his tech transfer venture in 2018. In 2017 he received the “Earth and planetary Sciences award” of the faculty of Environment, Architecture and Civil Engineering of EPFL for his publication titled “3-D micro-architecture and mechanical response of soil cemented via microbial-induced calcite precipitation”” published in Scientific Reports, a Nature research journal. in Civil Engineering from the Aristotle University of Thessaloniki, Greece (2014) and between 2011-2012 he studied Civil Engineering at École Spéciale des Travaux Publics, du bâtiment et de l’industrie (Paris, France) as an exchange student. in Mechanics at EPFL in 2017 with his doctoral dissertation titled “Kinetics, Mechanics and Micro-structure of bio-cemented soils”. Dimitrios Terzis is a Senior Researcher at the Soil Mechanics Laboratory of EPFL and Science entrepreneur.
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