Program Overview

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Lehramt Physik Studium

The University of Würzburg offers a comprehensive teacher training program in physics, providing students with a solid foundation in the subject matter, as well as the necessary pedagogical skills to become effective teachers.

Das Studium

The standard period of study for the Lehramt Physik program is nine semesters, culminating in the first state examination. After completing their studies, students can also pursue a master's degree, which typically takes an additional two years. The program combines theoretical and practical components, including lectures, seminars, and practical training.

Der Weg zum Staatsexamen

The program is designed to provide students with a thorough understanding of physics, as well as the skills and knowledge required to teach the subject effectively. The curriculum includes a range of courses, such as:

• Demonstrationspraktika, where students learn to design and conduct experiments for school lessons
• Studienbegleitendes Praktikum, where students gain hands-on experience in teaching and lesson planning
• Fachdidaktische Veranstaltungen, which focus on the pedagogy of physics teaching

MINT Lehramt PLUS

The university also offers an elite program called MINT Lehramt PLUS, which is designed for highly talented and motivated students. This program provides additional support and challenges for students, including:

• Begleitstudium, a companion study program that runs parallel to the main degree
• Aufbaustudium, an advanced study program that builds on the foundation of the main degree
• Zusatz- und Modulstudium, an additional module-based program that provides further specialization

Studiengangflyer

For more information on the Lehramt Physik program, including the curriculum, admission requirements, and career prospects, please refer to the program flyer.

Studieninteressierte

Prospective students can find more information on the program, including:

• Gymnasium, Realschule, Mittelschule, and Grundschule programs
• MINT Lehramt PLUS program
• Studienberatung, academic advising for prospective students

Forschungsschwerpunkte

The university's physics department has several research focus areas, including:

• Condensed Matter Physics
• Particles, Fields & Astronomy
• Energy Research
• Imaging Physics
• Physics Education

Einrichtungen

The university has several facilities and institutions that support the Lehramt Physik program, including:

• Gottfried-Landwehr-Labor für Nanotechnologie
• Institut für Topologische Isolatoren
• M!ND-Center
• Molekularstrahlepitaxie-Labor
• Wilhelm-Conrad-Röntgen-Forschungszentrum für komplexe Materialsysteme

Studienorganisation

The university provides a range of services and resources to support students in their studies, including:

• Vorlesungsverzeichnis, a course catalog
• Vorlesungszeiten, lecture schedules
• Prüfungstermine, examination schedules
• Online-Anmeldung, online registration
• Anerkennungen, recognition of prior learning
• Upload Arbeiten, uploading assignments
• Prüfungsausschüsse, examination committees
• Studien- und Prüfungsordnungen, study and examination regulations
• Bekanntmachungen, announcements
• Vordrucke & Formulare, forms and templates
• Regellehrverpflichtung, teaching load regulations
• Bewerbungsfristen, application deadlines
• Masterbewerbung, master's application
• Studienberatung, academic advising
• Sprechzeiten Dozenten und Dozentinnen, office hours for lecturers
• Studienfinanzierung, study financing
• Hilfskrafttätigkeit, student assistant positions

QM Studium & Lehre

The university has a quality management system in place to ensure the high quality of its study programs, including:

• Qualitätsziele der Fakultät, faculty quality goals
• Qualifikationsziele der Studiengänge, program qualification goals
• Evaluationskonzept, evaluation concept
• QM-Rollen, quality management roles
• Studien(fach)kommission, study commission
• Studienfachaudit 2024, study program audit 2024
• Zeitfenstermodell, time window model

Studienfachaudit 2024

The university conducts regular audits of its study programs to ensure their quality and relevance, including:

• Verfahrensbeschreibung, procedure description
• Studienfachevaluation, program evaluation

Qualifikationsziele der Studiengänge

The university's study programs have specific qualification goals, including:

• BA Physik 180 ECTS
• BA Nebenfach Physik 60 ECTS
• MA Physik 120 ECTS
• MA Physics International 120 ECTS
• BA Nanostrukturtechnik 180 ECTS
• BA Quantentechnologie 180 ECTS
• MA Nanostrukturtechnik 120 ECTS
• MA Quantentechnologie 120 ECTS
• MA Quantum Engineering 120 ECTS
• LA Physik Gymnasium 102 ECTS
• LA Physik Realschule 72 ECTS
• LA Physik Mittelschule Unterrichtsfach 66 ECTS
• LA Physik Mittelschule Didaktikfach 20 ECTS
• LA Physik Grundschule Unterrichtsfach 66 ECTS
• LA Physik Grundschule Didaktikfach 10/15 ECTS
• LA Physik Sonderpädagogik Didaktikfach 10/15/20 ECTS