Piotr Calvache-Modla
This English-language course introduces students to the world of 3D graphics programming through C# Unity scripting, including AI-assisted programming (so-called "vibe coding"). Unity is a popular cross-platform game engine and is often used by architects and designers to showcase their ideas. With Unity, it is possible to deploy complex 2D and 3D graphics applications across a variety of devices, including… 2026W, Lecture with Practical Exercises, 3.0 ECTS
Boris Odehnal
Contents of the Course1. Principles of Descriptive and Constructive Geometry (Projections, Images, Sections)2. Geometric solids and surfaces and their properties3. Geometric transformations (reflections, translations, rotations, Boolean operations, etc.)4. Contours, silhouettes, shadows, geometry of light5. Geometry on surfaces (special curves on surfaces, curvatures)6. Geometrically correct sketching7. Applications of geometry of real world problems8. Examples and applications in architecture and design 2026W, Lecture with Practical Exercises, 3.0 ECTS
Boris Odehnal
Contents: 1. geometric curves and surfaces, generations and properties 2. applications of these objects and interrelations 3. perspective images: properties, correct drawing 4. kinematics: the geometry of motions, simple generation of path curves and applications 2027S, Lecture with Practical Exercises, 1.0 ECTS
Boris Odehnal
Contents: 1. geometric curves und surfaces, generations and properties 2. applications of these objects and interrelations 3. perspective images: properties, correct drawing 4. kinematics: the geometry of motions, simple generation of path curves and applications 2027S, Practical Exercises, 2.0 ECTS
Boris Odehnal
Contents of the course: 1. Maths in everyday life 2. Applications in geometry, physics, etc. 3. Functional relations 4. Extremal value problems 5. Optimization 6. Graphs, combinatorics, statistics7. Visualization of mathematical contents8. Mathematics in the arts 2026W, Lecture with Practical Exercises, 2.0 ECTS
Lukas Rose
Dieser Kurs richtet sich an angehende Kunstpädagog*innen, die ihre künstlerischen Fähigkeiten durch ein fundiertes Verständnis geometrischer Prinzipien ausbauen möchten. Das erworbene Wissen soll den Horizont bezüglich einer geometrischen Sichtweise auf konkrete Problemstellungen erweitern. Desweiteren bietet der Kurs auch eine solide Grundlage für das mögliche zukünftige Unterrichten des Schulfachs "Geometrisch Zeichnen". Verankerung im Lehrplan Technik und Design:"Darstellen (analog/digital): ua. Design, Entwurf,… 2026W/2027S, Lecture with Practical Exercises, 2.0 ECTS
Christoph Siquans
Content- projections and mappings - construction with ruler and compass, sketching and free-hand drawing - coordinate systems - correct visibilty - drawing and reading special types of projections (parallel projections - oblique and orthogonal) - construction in images (intersections, shadows) - simple surfaces of revolution and their properties - construction of points and tangents of intersection curves, especially conics -… 2026W/2027S, Lecture with Practical Exercises, 4.0 ECTS
Boris Odehnal
1. The development of perspective imaging2. Analysis and reconstruction of images3. Geometrical and mathematical contents of art work4. Image generation using AI5. Use of AI in geometry 2027S, Lecture with Practical Exercises, 2.0 ECTS
Markus Roskar
The course imparts essentials for pictorial representation of spacial structures. Its aim is to strenghten spacial sense, imagination and efficiency. The focus is on freehand sketching as medium on-hand. Topics are orthogonal and oblique parallel projections, draft views/multiview depictions and their interpretation, perspective, various approaches like additive and subtractive drawing, drawing with section lines, plane and space curves. 2026W, Practical Exercises, 3.0 ECTS
Markus Roskar
The course deals with build and depiction of spacial structures and objects by freehand sketching. It builds upon the basics imparted in winter term and enhances complexity. Goal is to strenghten the spacial sense and foster sketching as visual manifestation of the thinking process. Topics are multiview depictions and interpretations, perspective, shadows, reflection, plain- and spacecurves 2027S, Practical Exercises, 3.0 ECTS
Leonard Weydemann
2027S, Lecture with Practical Exercises, 2.0 ECTS
Boris Odehnal
This colloquium is devoted to regular reports concerning actual research and reports on the progress of master and PhD projects. 2026W/2027S, Colloquium, 4.0 ECTS
Markus Roskar
The course deals with basic drawing skills relevant for the depiction of spacial things. The focus is on communicating shape, tonal value, colour and verisimilitude. Topics will be various approaches to object studies, ratio and direction, shading and hatching methodically, the effective use of graphite and coloured pencil, charcoal, fine liner/pen and nib, alcohol markers, water colour, pastel, gouache and… 2026W, Practical Exercises, 2.0 ECTS
Markus Roskar
The course deals with the depiction of specific materials and surface qualities with regard to verisimilitude. Required are basic skills like shading and creating gradients intentionally (MuZ1 in winter term). Topics are: matt and glossy surfaces, plastic, metalls, glass/transparency, textures, deatails et.al. 2027S, Practical Exercises, 2.0 ECTS
Boris Odehnal
Contents of the course: 1. Sections and slices of technical objects 2. Correct dimensioning 3. Geometric freehand drawing Freehand drawing should be understood as a simple, sustainable tool and as a universal language in technology. 2026W, Lecture, 2.0 ECTS
Boris Odehnal
Contents: technical drawings, parts of machines and their correct description and depiction 2027S, Lecture, 1.0 ECTS
Boris Odehnal
see the description of the lecture 2027S, Practical Exercises, 1.0 ECTS
Boris Odehnal
In this seminar, we tackle contemporary subjects with help from elementary, mathematical, but also geometrical and physical insights. Students are encouraged to develop an interconnected way of thinking based on the natural sciences. The practice allows students to devote themselves to a specifically chosen subject while receiving scientific, individual mentoring. 2026W/2027S, scientific seminar, 3.0 ECTS
Leonard Weydemann
The course provides an introduction to the 3D software BLENDER. Topics include: * modelling* skeletons* skinning* animation* texturing* compositing* lights & rendering 2026W/2027S, Lecture with Practical Exercises, 2.0 ECTS
Leonard Weydemann
This course, building on the foundation established in Objektdarstellung am Computer 1 , is designed for students seeking to deepen their understanding of 3D computer graphics and translate that knowledge into practical, interactive results. We will work primarily with Blender, using it as a core authoring tool. Alongside Blender, we will explore a selection of other tools—mainly free and open-source—where… 2026W, Lecture with Practical Exercises, 2.0 ECTS
Piotr Calvache-Modla
2027S, Lecture with Practical Exercises, 3.0 ECTS
Markus Roskar
The course builds on the heuristic nature of perception and drawing. It developes a repertoire of fundamental forms and operations to adjust and combine them. We'll focus on the creation of satisfying spatial depictions with limited knowledge within decent time. The goal is a summary, practice-oriented approach to sketching by founding intuition, reducing hazard and allowing educated guessing anyway. 2026W/2027S, Practical Exercises, 2.0 ECTS