USW Computational Basics

Friday 3:15 PM in Room HS 07.02 (0007EG0032), Ground Floor, Harrachgasse 21

• Presentation in German
• Recommended for 1^st Semester Bachelor
• 3 exam dates each semester
• Written electronic exam with multiple-choice-questions
• In coordination with "Practical Exercises: USW Computational Basics"
• full script available for download (released under creative commons )

Practical Exercises: Computational Basics

multiple groups available
held by Marie Kapeller, Andrea Schröck, Annina Thaller and Laura Zilian

• Course in German
• Recommended for 1^st Semester Bachelor
• Continuous assessment (compulsory attendance)
• Weekly digital exercises via Moodle
• In coordination with "Lecture: USW Computational Basics"

Applied System Sciences 1

• Presentation in German
• Recommended for 4^th Semester Bachelor
• Continuous assessment (compulsory attendance)
• Step-by-step guidance while creating various netlogo models
• Weekly digital exercises via Moodle
• Final project-assignment instead of an exam
• Project topics include relevant subjects, like opinion diffusion, population dynamics, ...

Advanced Mathematics and Algorithms

• Presentation in German
• Recommended for 4^th Semester NawiTech Bachelor
• Continuous assessment (compulsory attendance)
• Weekly digital exercises via Moodle
• Final project-assignment instead of an exam
• Project topics include relevant subjects, like climate change, energy production, ...
• Presentation Slides available for download

Modelling of Systems

Weekly from March until June in Room HS 07.02 (0007EG0032), Ground Floor, Harrachgasse 21

• Presentation in English
• Recommended for 2^nd Semester Master
• 3 exam dates each semester
• Written exam
• Presentation Slides available for download

System Sciences 1

Archived from 2017. Currently held by Professor Füllsack in Room HS 06.01 (0006EG0004), Ground Floor, Universitätsplatz 6

• Presentation in German
• Recommended for 1^st Semester Bachelor
• 3 exam dates each semester
• Written exam
• Presentation Slides available for download

Finished Theses

• "Reduction of working hours to cope with automation", Tina Theißl
• "Global resource consumption regarding energy and water", Rene Hödl
• "An agent-based model to investigate diffusion of opinion in marketing", Benjamin Hanna
• "Agent-based analysis of the greenhouse effect considering permafrost", Alexander Gansl
• "Developing an algorithm to identify encounter space areas", Nicolas Katzer
• "Social diffusion of opinions regarding e-mobility", Svenja Meyer
• "Unconditional Basic Income to cope with automation", Gerda Zehetleitner
• "The influence of China's one-child policy on its population", Lilia Yang
• "Potential of autonomous electric cars in an urban environment", Stephan Ziegler
• "Blockchain technology in the energy market", Philipp Rupp
• "Distribution of Wealth - an agent-based approach", Ines Fachbach
• "The impact of a change in agricultural landuse due to decreasing meat consumption", Jennifer Marlen Plöschberger
• "Data management in factory planning", Milica Dubravac
• "Regaining energy from gym machines", Elisabeth Bloder
• "The filtering effect of trees on urban fine dust pollution", Chiara Letter
• "The influence on emissions of a ban of old diesel cars", Daniel Novak
• "The impact of autonomous cars on the system behaviour of traffic", Clemens Unterberger
• "Analysis of traffic flow in different intersection scenarios", Richard Diesterbeck
• "The wolf as competitor for hunters", Julian Psonder
• "Concepts of sustainable mobility - The City of Graz", Dominik Petritsch
• "Simulating near-ground ozone in an urban environment", Matthias Preis
• "The effect of autonomos cars - an agent-based model", Sebastian Höfler
• "Resilience Analysis of possible HVDC networks connecting the EU – MENA Region", Marlene Anzengruber
• "Key factors in the transition from fossil to renewable power production", Jasmin Pfleger

Merangasse 18 - Ground Floor