M.Sc. Artificial Intelligence Engineering

Teaching Language: German

Research-oriented

Students who study Artificial Intelligence Engineering at the BTU Cottbus-Senftenberg benefit from an Master's degree based on recognized scientific standards.

Academically qualifying

With the completion of a Master's degree, all doors are open to you - decide for yourself whether you want to pursue a specialized position in industry or a career in science.

Master-Thesis

After a professional internship you set yourself up for your master thesis and you are ready to work on your own scientific work. Your mentor will help you.

Hard- and Softwaresystems

Integrate algorithms into hardware and software systems while exploring application areas of AI.

Ethical Concerns

Prevent the world from being taken over by robots and discuss what place AI should have in everyday life.

Specialization

Extend your skills and knowledge in a selected area of Artificial Intelligence.

Ready to study AI Engineering? (German) Then enroll now!

Julius Kiekbusch

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Information for Freshmen

You want to know more about studying in general, how you can prepare yourself or what you should consider as a freshman? Then take a look at our Freshmen Guide (Master) → . You can als try out our Timetable Creator → for your individual study plan.

Current modules in semester

Wintersemester 2022/2023 (version from 29.11.2022)

Here you can find all modules and categories offered in this semester. Use our Timetable Creator → to create your individual timetable. If you have questions about the module selection, please contact the FSR or the academic advisor.

11152: ERP - Integrierte betriebliche Systeme →

11290: Praktikum Softwaretechnik →

11863: Hands on Knowledge for Side Channel Attacks →

11864: Wireless Sensor Networks: Concepts, Protocols and Applications →

11889: Introduction to Cyber Security →

12339: Betriebssysteme II (Speicherverwaltung: Mechanismen und Strategien) →

12416: Praktikum Betriebssysteme →

12418: Praktikum Verteilte und Parallele Systeme →

12422: Datenbanktechnologie →

12458: Algebraische Rechenmodelle →

12461/12462/12463: Seminar Theoretische Informatik →

12461/12462/12463: Technische Informatik (Seminar Computer Engineering) →

12461/12462/12463: Seminar Programmiersprachen und Compilerbau →

12461/12462/12463: Information Extraction from Web Resources →

12461/12462/12463: Neuroadaptive Technology →

12517: Verteilte und Parallele Systeme III (Middleware Fallstudien) →

12790: Seminar Advanced Topics in Network and System Security →

11124: Grundlagen und Verfahren zur Datencodierung →

11289: Softwaretechnik →

11352: Informations- und Kodierungstheorie →

11415: Graphentheorie →

11450: Effiziente Algorithmen →

11859: Cryptography →

11862: Pervasive System Security →

12327: Erweiterte Datenbankmodelle →

12345: Information Retrieval →

12410: Praktikum Softwareprojektmanagement →

12432: Verteilte und Parallele Systeme II (Nebenläufigkeit, Replikation, Konsistenz) →

12433: Multiagenten-Systeme →

12474: Praktikum Programmiersprachen und Compilerbau →

12507: Praktikum Software-Validation →

12518: Betriebssysteme III (Fallstudien) →

12522: Retrieval in Multimedia-Datenbanken →

12826: Mathematical Data Science →

12882: Embedded Real-Time Systems →

12973: Network and System Security →

13490: Secure Cyber-Physical Systems →

13839: Advanced Database Models →

13840: Data Warehouses →

13842: Virtual Reality and Agents →

33433: Algorithmen in der Bild- und Videosignalverarbeitung →

The provided Modules and Associations are subject to change without notice and may not be complete!