Studienplan für den Bachelor Information Engineering

Anhand des Studienplans siehst Du, wie sich die sechs Semester des Bachelor-Studiums zusammensetzen. Für ein zügiges und erfolgreiches Studium empfehlen wir Dir, die Module im genannten Zeitraum und in der angegebenen Reihenfolge einzuplanen. Klicke für Details zu den Lehrveranstaltungen bitte direkt auf die Module in der Tabelle.

Studienplan

Semester	ECTS	Informatik			Mathematik	Management	Überfachliche Grundlagen
1	30	Introduction to Informatics (INHN0001) *) 6 Credits	Fundamentals of Programming (INHN0002) *) 6 Credits	Introduction to Computer Organization and Technology (INHN0003) *) 8 Credits	Discrete Structures (INHN0004) *) 8 Credits		Support Elective 2 Credits
2	29	Introduction to Software Engineering (INHN0006) 6 Credits	Operating Systems and System Software (INHN0007) 6 Credits	Fundamentals of Algorithms and Data Structures (INHN0008) 6 Credits	Computational Mathematics I: Linear Algebra (INHN0009) 8 Credits		Support Elective 3 Credits
3	31	Fundamentals of Databases (INHN0011) 6 Credits   Seminar (INHN0015) 5 Credits	Computer Networking and IT Security (INHN0012) 6 Credits	Information Theory and Theory of Computation (INHN0013) 6 Credits	Computational Mathematics II: Calculus (INHN0014) 8 Credits
4	31	Enterprise Architecture Management and Reference Models (INHN0017) 6 Credits	Introduction to Signal Processing (INHN0016) 6 Credits Business Process Management (INHN0019) 5 Credits	Embedded Systems, Cyber-Physical Systems, and Robotics (INHN0018) 8 Credits	Discrete Probability Theory (INHN0020) 6 Credits
5	30	Bachelor Practical Course (INHN0021) 10 Credits	Electives in Informatics 6 Credits			Electives in Management 12 Credits	Support Electives 2 Credits
6	29	Bachelor's Thesis (INHN0024) 12 Credits	Bachelor's Colloquium (INHN0025) 3 Credits	Electives in Informatics 6 Credits		Electives in Management 6 Credits	Support Electives 2 Credits
Bitte beachte: Dies ist ein idealer Studienplan, tatsächliche / individuelle Studienverläufe können abweichen.