Curriculum

 

This course structure is meant to give you an overview of the obligatory and elective courses included in the B. Sc. program of Electrical Engineering, Information Technology and Computer Engineering. As the following is only a translation of the German course structure, we would kindly ask you to refer to the original version for official titles of seminars and courses.
In the further course of your studies you will specialize in one of the following fields of concentration (SP):

Please note that the course language is German for all courses listed below.

 
1st Semester BMT/ET/ME/IC Credits
Compulsory Advanced Mathematics 1 7
Introduction to Circuit Analysis 7
Programming, Algorithms and Data Structures 4
Physics 1 5
Mathematical Methods in Electrical Engineering 5
Electrical Engineering and Information Technology Project 3
Sum 31

 
2nd Semester BMT/ET/ME/IC Credits
Compulsory Advanced Mathematics 2 7
Modelling and Analysis of Electrical Components and Circuits 8
Principles of Digital Computers 4
Physics 2 5
Laboratory Internship 1 3
Laboratory Internship (Computer Science) 1 3
Sum 30
 
3rd Semester BMT/ET/ME/IC Credits
Compulsory Advanced Mathematics 3 7
Introduction to Electromagnetic Field Theory 8
Numerical mathematics 4
Basic Principles of Electronics Materials and Components 1 5
Electrical Engineering 2 Laboratory 3
Computer Science 2 Laboratory 3
Sum 30

 
4th Semester BMT/ET/ME/IC Credits
Compulsory Advanced Mathematics 4 4
Introduction to Electromagnetic Field Theory 8
Mathematical System Theory I 5

Circuit Technology 2 4
Materials and Components 1 4
Laboratory Project 3
Sum 28

 
5th Sem.

BMT

ET ME IC Credits
Compulsory Mathematical System Theory 2 5
Compulsory Scientific integrity 2
Compulsory Electromagnetic Fields 1 5
Elective modules (three in each field of specialization is compulsory)

Introduction to Medicine for Scientists and Engineers 1 and 2

and

Introduction to Medical Engineering

and

Biomedical Imaging

Power Systems

or

Particles and equipments of electricity power supply

or

Power Electronics - Fundamentals, Topologies and Analysis

or

Planning and Operation of Power Systems

Fundamentals of Electronic Materials and Components

and

Fundamentals of Integrated Circuits and Systems

and one of the following:

Communications Engineering

Information Theory 1

Communications Engineering

and 2 of the 3 following:

Circuit Technology 2

Communication Networks

Information Theory 1

3x4
Compulsory in the field of specialization Laboratory Laboratory Laboratory Laboratory 3
Elective Modules from the entire offer of RWTH Aachen University

3

Sum 30
 
6th Semester BMT/ET/ME IC Credits
Compulsory in the field of specialization Electromagnetic Fields 2 in EE or IK Electromagnetic Fields 2 in EE or IK

4

Elective in the field of specialization Regardless of the chosen field of concentration, two subjects from this catalogue can be selected:

2 x 4

Additional qualifications

Subjects offered by lectures from Faculty 6 or from other faculties or central RWTH institutions, in particular from the departments: Marketing, law, organization, communication, qulaity management, sales and procurement, project "Leonardo", languages, creative-writing - writing workshop. The following formula applies to the credits completed in this area: CP=SWS+1 (exception: intensive language courses Ü4=6CP).

In the 5th and 6th semester a total of 6 credit points must be gained in this area
Seminar or tutorial support 3
Compulsory Bachelor thesis (3 months, graded) 12
Sum 31