Universität Wien

26.06 Teacher Training Programme: Physics

Achtung! Manche Lehrveranstaltungstitel stimmen aus praktischen Gründen nicht mit den jeweiligen Bezeichnungen im Studienplan überein. Die eindeutige Zuordnung ist aber in jedem Fall aus dem angegebenen Studienplancode (Schema LA-Phxxx) ersichtlich.
Die Angabe von ECTS-Punkten legt den vorgesehenen Arbeitsaufwand offen: Jeder ECTS-Punkt bedeutet eine gesamte Arbeitsbelastung von 25-30 Stunden (zu je 60 Minuten) durch alle zum Absolvieren der Lehrveranstaltung erforderlichen Tätigkeiten wie Vorbereitung, Literatursuche, Anwesenheit, Wiederholungen und Prüfungsvorbereitung.

Ersetzung von Lehrveranstaltungen der Fachdidaktik und freie Wahlfächer:
http://ssc-physik.univie.ac.at/fileadmin/user_upload/SSC/ssc_physik/Formulare/UF_Physik/ErsetzungenLA-3.pdf

Introductory and Orientation Phase
STEOP 1 Introduction to Physics I
EXAM STEOP: Modulprüfung Einführung in die Physik I
260089 VO (STEOP) STEOP: StEOP 1 Introduction to Physics I - Geom. Optics, Mechanics, Thermodynamics
260163 PPR [deen] (STEOP) STEOP: StEOP 1 Experimental exercises for Introduction to Physics I
267403 PUE (PH-NÖSTEOP) STEOP: Exercise course in Introductory Physics I (StEOP 1) - nur für Studierende des UF Physik
First Stage of the Degree Programme
1.1. Experimental Physics
EXAM UF PHYS 02 Einführung in die Physikalischen Rechenmethoden - Modulprüfung
267122 PR Lab course II for subject of instruction
1.2. Theoretical Physics
267230 VO [en] Theoretical physics II for teacher students
267231 UE [ende] (PH-NÖPH-WIEN) Theoretical physics II for teacher students - Exercises
1.3. Teaching Methodology
267123 SE Introduction to Physics Education
1.4. Mathematics
Chemistry
260131 VO Chemistry for Physicists - Part B: Organic chemistry - Part B: Organic chemistry
260223 VO Chemistry for physicists - Part A: Inorganic chemistry
Second Stage of the Degree Programme
2.1. Experimental Physics
2.1.1. Atomic and Nuclear Physics
260090 SE [de en] Seminar on experimental particle physics
260140 VO Introduction to nuclear physics I
260141 UE [deen] Exercises to introduction to Particle Physics
260144 VO Introduction to Particle Physics
260152 UE [deen] Exercise course in Introductory Physics III
260153 VO [en] Experimental Particle Physics I
260243 VO Introduction to Physics III - Quanta, atoms and nuclei
260271 VO Science based dating methods
2.1.2. Quantum Physics
260065 SE [de en] Foundations of modern quantum physics
260152 UE [deen] Exercise course in Introductory Physics III
260243 VO Introduction to Physics III - Quanta, atoms and nuclei
2.1.3. Matter and Solid-State Physics
260011 VO Physics of the earth - Structure and physical properties of the earth
260092 VO [en] Materials Physics I
260096 VO Structure and properties of condensed matter: scattering and microscopy - an alternative to Solid state physics I and Materials physics I
260099 UE Structure and properties of condensed matter: scattering and microscopy - Exercises - an alternative to Solid state physics I and Materials physics I
260111 UE Solid State Physics I - Exercises
260128 VO [de en] Introduction to the Physics of Metals and Alloys
260188 VO Physics of matter II - Solid state physics
260209 SE Physics of functional materials
260214 VO Solid State Physics I
2.1.4. Interdisciplinary Physics
260011 VO Physics of the earth - Structure and physical properties of the earth
260027 VO [de en] Physics of physiological processes
260271 VO Science based dating methods
260285 SE Introduction to environmental sciences, seminar
2.1.5. Computational Physics
260003 VO Computational Physics I: Basics
260016 UE Computational Physics I Problem class
2.2. Theoretical Physics
267232 VO [en] Theoretical physics III for teacher students
267233 UE [deen] (PH-WIEN) Theoretical physics III for teacher students - Exercises
2.3. Physics Laboratory
260005 PR Laboratory Solid State Physics: Advanced Materials
260026 PR Laboratory Nuclear and Isotope Physics - 14C dating with Accelerator Mass Spectrometry - for teacher students
260045 PR Laboratory Nuclear and Isotope Physics - Isotope detection and application
260057 PR [de en] Laboratory Radioactivity and Nuclear Physics
260060 PR [de en] Laboratory course on materials physics
260108 PR Laboratory Electronics - Electronics for Physicists
260193 PR Practical Class on Modern Microscopical Methods
260211 PR Laboratory Quantum Optics
260229 PR Environmental Physics, Project oriented laboratory experiments
260291 PR Laboratory Aerosolphysics
2.4. Teaching Methodology
260032 SE Concepts and methodical tools for designing physics education
260044 SE Phenomenological optics
260050 SE Aligning physics education with students' conceptions
260056 EX Pedagogics of excursions - ins Science Center
260067 SE Physics teaching - a practical approach
260074 SE The pedagogical use of computers in physics education - Based on results from physics education research, case studies of the lecturer, didactics of media and psychology of learning examples will be adressed focusing on the potential of digital media. Specifically topics from the field of mechanics, electricity and optics will be covered. The computer will be used as a tool for collecting and evaluating data as well as for modeling and simulations.
260106 EX Pedagogics of excursions - visit of a plant
260120 SE Modern physics in school
2.5. Excursions
260056 EX Pedagogics of excursions - ins Science Center
260106 EX Pedagogics of excursions - visit of a plant
Free Optional and Other Courses
260027 VO [de en] Physics of physiological processes
260032 SE Concepts and methodical tools for designing physics education
260034 VO Introduction to vector and tensor calculus
260044 SE Phenomenological optics
260050 SE Aligning physics education with students' conceptions
260052 SE Competence in Conflicts
260070 SE Seminar for isotope research and nuclear physics
260072 VO History of Physics - The developement of physics at the University Vienna included
260074 SE The pedagogical use of computers in physics education - Based on results from physics education research, case studies of the lecturer, didactics of media and psychology of learning examples will be adressed focusing on the potential of digital media. Specifically topics from the field of mechanics, electricity and optics will be covered. The computer will be used as a tool for collecting and evaluating data as well as for modeling and simulations.
260120 SE Modern physics in school
260124 SE Supplementary Seminar STEP
260279 SE Scientific publishing and presentation
265000 VU Revolutions of Thinking: Quanta and Evolution (topic of exercises to be selected)
265001 VU Facets of Science and Interactions with Society with the Focus on Sociology
265002 VU Facets of Science and Interactions with Society with the Focus on History
265003 VU Scientific methods and approaches in biology
265004 VU Scientific methods and chemistry practice
267123 SE Introduction to Physics Education
442602 SE Seminar for PhD Students and Diploma Students - Research in physics aducation

Last modified: We 13.06.2018 00:40