Course detail

German in Engineering

FSI-GNS Acad. year: 2027/2028 Winter semester

The course focuses on developing the language skills required for technical communication in German, particularly in technical fields. Students expand their technical vocabulary and learn the linguistic structures characteristic of technical texts and professional communication. Emphasis is placed on understanding technical texts, searching for and processing relevant information, interpreting tables, graphs and statistics, and conveying technical content clearly. The course also includes the development of presentation and argumentation skills, including the use of visual aids and the rules of technical discussion. Students put the knowledge they have acquired into practice when preparing and delivering their own presentations.

Language of instruction

German

Number of ECTS credits

6

Entry knowledge

Language knowledge at least at the level B2 CEFR. The course focuses on developing technical language skills and assumes that students are able to communicate independently in German.

Rules for evaluation and completion of the course

Course-unit credit is awarded on condition of having attended the seminars actively, worked out assigned tasks and passed a credit test. 60% points at the credit test as minimum.

The examination at level B2+/C1 CEFR consists of a written and an oral part.
The written part tests, in particular, knowledge of the grammatical and lexical structures of technical German, comprehension of written and spoken texts, and the ability to express oneself in writing independently.

The oral part of the exam assesses the student’s ability to independently present a chosen specialized topic in German and to actively participate in the ensuing academic discussion. The student demonstrates the ability to formulate and defend their own views, present arguments, explain academic contexts, and respond appropriately to questions and comments from other participants in the discussion.

Attendance at seminars is compulsory and is systematically checked by the teacher. Students are allowed to miss two seminars. Absence may be in justified cases compensated for with the consent of the teacher.

Aims

The aim of the course is to develop students’ language skills (listening, reading, speaking and writing) in German, with a focus on specialised communication, particularly in technical fields. Students will acquire and deepen their knowledge of specialist terminology and the specific lexical, grammatical and syntactic structures of technical language, and will become familiar with the principles of structuring and presenting technical communication.

Upon completion of the course, students will be able to apply their acquired language skills to understand specialized texts and spoken messages, as well as in their own oral and written communication. They can identify key information in technical texts, interpret it, and reproduce or summarize its content. They can write technical and argumentative texts, describe technical objects, their properties, and functions both in writing and orally, explain work procedures, and interpret information contained in tables, graphs, and statistics. They are able to independently prepare and deliver a presentation on a technical topic in German, convey technical information in a clear and structured manner, formulate and defend their own opinions, and respond appropriately to questions and comments in a technical discussion.

The study programmes with the given course

Programme N-VSY-P: Production Systems, Master's, compulsory-optional

Type of course unit

 

Language exercise

26 hours, compulsory

Syllabus

1. German for specific purposes
2. Verbalising formulas and definitions. Describing graphs, charts and trends
3. Guidelines for oral presentations I: Key words and phrases for introduction, main parts and conclusion, discussion rules, mathematics
4. Guidelines for oral presentations II: Nonverbal communication, visual aids, language speed vs. efficiency, prefixes, all about flying
5. Description of Functions: Presentation of everyday objects of one’s own choosing: describing design and function, idioms, adjectives, basic geometric concepts
6. Description of Processes: An insight into various working methods, students´ individual presentations of technological processes
7. Description of Material Properties: Students´ individual presentations with comparing and contrasting
8. Methods of Argumentation: Students´ individual presentations of technical article
9. Explanation and Reasoning: Students´ interpretation of a professional text.
10. Inquiries and Objections: Presentation of Independent Project I., Bearings, TÜV
11. Presentation of Independent Project II., Presenting an academic topic, tools, abbreviations
12. Presentation of Independent Project III., Presentation skills
13. Course evaluation/ Credit test.