Dr. Nevra Lischewski
The research profile centers on language-ecological perspectives on historical and contemporary forms of linguistic diversity, encompassing language contact and multilingualism, script practices and linguistic landscapes, as well as issues of language education and language policy.
My teaching focuses on research-based learning, multiperspectivity, and the design of analog, digital, and urban learning environments.
Within the framework of SMART vhb, 20 digital learning units in Turkish have been developed. They are organized into two thematic packages that address different linguistic and content-related focal areas. Together, they form a structured learning environment that can be used both in university teaching and in self-directed learning.
Visible Turkish investigates how and where Turkish is present in Munich’s public space. This includes signage, business names, restaurants, advertising boards, cultural markers, and public information. The project demonstrates that Turkish is an integral part of the city’s linguistic landscape and contributes to making urban cultural diversity visible.
Using the Lingscape app developed by the University of Luxembourg (cf. Purschke, Christoph / Gilles, Peter (2016 ff.): Lingscape – Citizen Science Meets Linguistic Landscaping, Esch-sur-Alzette: University of Luxembourg), all collected examples are digitally documented, categorized, and mapped on an interactive platform.
Objectives:
This project combines asynchronous and synchronous online phases with in-person classroom teaching. It is supported by interactive H5P modules within Moodle, enabling flexible, feedback-oriented, and motivating learning processes.
LMU Moodle as a Central Learning Infrastructure
Moodle serves as the central platform for the structured provision of all digital learning materials and for the organization of teaching and learning processes.
H5P in Moodle as a Core Digital Learning Technology
Interactive H5P modules integrated into LMU Moodle enable playful and visual learning formats, automated feedback, and self-directed, repeatable practice.
The blended learning concept facilitates flexible learning and individual deepening of content. It makes learning progress visible while fostering student self-organization, responsibility, and sustainable learning competencies.