26.04 Teacher Training Programme: Physics
Introductory and Orientation Phase
STEOP 1 Introduction to Physics I
First Stage of the Degree Programme
1.1. Experimental Physics
- 260016 VO Introduction to Physics II
- 260127 UE Sample calculation in Introductory Physics II
- 267208 PR Laboratory 1 for Physics Teacher Training
- 267404 UE Exercise course in Introductory Physics II - nur für Studierende des UF Physik
1.2. Theoretical Physics
1.3. Teaching Methodology
- 260157 SE Assignment for developing student competences in the physics classroom
- 260158 SE Integrating experiments into the physics classroom
- 267123 SE Introduction to Physics Education
1.4. Mathematics
Chemistry
Second Stage of the Degree Programme
2.1. Experimental Physics
- 260048 VO Physics of matter I
2.1.1. Atomic and Nuclear Physics
- 260002 VO Nuclear and Isotope Physics II - Introduction to nuclear physics II
- 260135 SE [ de en ] Seminar on experimental particle physics II
- 260300 VO [ en ] Experimental Particle Physics II
2.1.2. Quantum Physics
2.1.3. Matter and Solid-State Physics
- 260011 UE Solid State Physics II - Exercises
- 260023 VO Physics of the earth - Structure and physical properties of the earth
- 260029 VO Solid State Physics II
- 260041 VO [ en ] Spectroscopy and Microscopy
- 260042 UE [ en ] Spectroscopy and Microscopy - Exercises
- 260092 VO [ en ] Introduction to Photonics
- 260139 VO Photovoltaics: An option towards energy independency
- 260209 SE Physics of functional materials
- 260254 VO [ en ] Materials Physics II
- 260277 UE [ en ] Exercise course in Introductory Physics IV
- 260278 VO Introduction to Physics IV
2.1.4. Interdisciplinary Physics
- 260023 VO Physics of the earth - Structure and physical properties of the earth
- 260111 UE Physics of sailing - Exercises
- 260161 VO Introduction to Environmental Science
- 260296 VO Physics of sailing - The true mechanisms of sailing
2.1.5. Computational Physics
- 260072 VO Computational Physics II - Simulation
- 260307 UE Computational Physics II Problem Class
2.2. Theoretical Physics
- 260004 VO [ de en ] Particle Physics II
- 260249 UE [ de en ] Particle Physics II - Exercises
2.3. Physics Laboratory
- 260005 PR Laboratory Solid State Physics: Advanced Materials
- 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
- 260126 PR [ de en ] Laboratory Scientific Computing
- 260181 PR Project Laboratory Course - Conducting a project for using solar energy regionally and analysing its results in collaboration with a technical college of engineering
- 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 - for advanced students
2.4. Teaching Methodology
- 260033 SE Seminar for PhD Students and Diploma Students - Research in physics aducation
- 260056 EX Pedagogics of excursions - ins Science Center
- 260067 SE Physics teaching - a practical approach
- 260075 SE From phnomenon to the scientific perspective - Science teaching in the sense of Martin Wagenschein
- 260106 EX Pedagogics of excursions - visit of a plant
- 260107 PR Laboratory Course of Schoolteacher Experiments (Physics, Part 1)
- 260120 SE Modern physics in school
- 260157 SE Assignment for developing student competences in the physics classroom
- 260158 SE Integrating experiments into the physics classroom
- 260175 PR Laboratory course of schoolteacher experiments
- 260181 PR Project Laboratory Course - Conducting a project for using solar energy regionally and analysing its results in collaboration with a technical college of engineering
- 267034 SE Deeper educational insights into the topic radiation (Modern Physics)
- 267124 SE Physics Education in Mechanics
2.5. Excursions
- 260056 EX Pedagogics of excursions - ins Science Center
- 260106 EX Pedagogics of excursions - visit of a plant
- 260212 EX Excursions to Large Scale Research Facilities
Free Optional and Other Courses
- 260033 SE Seminar for PhD Students and Diploma Students - Research in physics aducation
- 260038 VO How to analyse and document experimental data - The handling of uncertainties in measurement from planning the experiment up to publicating analysed data
- 260047 SE [ en ] Women in Physics at an International Level
- 260052 SE Competence in Conflicts
- 260070 SE Seminar for isotope research and nuclear physics
- 260071 PR [ de en ] Experimental methods for Introduction to Physics II
- 260075 SE From phnomenon to the scientific perspective - Science teaching in the sense of Martin Wagenschein
- 260076 SE Group Dynamics - systemic learning in training groups
- 260120 SE Modern physics in school
- 260157 SE Assignment for developing student competences in the physics classroom
- 260158 SE Integrating experiments into the physics classroom
- 260181 PR Project Laboratory Course - Conducting a project for using solar energy regionally and analysing its results in collaboration with a technical college of engineering
- 260203 VO MaInt Introduction to vector and tensor calculus II (ERG 3)
- 260279 SE Scientific publishing and presentation
- 267034 SE Deeper educational insights into the topic radiation (Modern Physics)
- 267123 SE Introduction to Physics Education
- 267124 SE Physics Education in Mechanics
Last modified: We 13.06.2018 00:40
Die Online-Anmeldephase für prüfungsimmanente Lehrveranstaltungen (SE, UE, PR usw.) der Studienprogrammleitung Physik beginnt am 01.02.2016 um 08:00 Uhr und endet am 23.02.16 um 23:00 Uhr.
Das Abmeldeende entnehmen Sie bitte bei der jeweiligen Lehrveranstaltung.Für Vorlesungen können Sie sich ab dem 01.02.2016, 08:00 Uhr bis zum 30.06.2016, 23:00 Uhr registrieren bzw. abmelden.Es wird ein Präferenzsystem verwendet (keine Punktevergabe!).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