Course Structure:

Semester 1 Modules:

Fundamentals of Computer Engineering 1

Fundamentals of Computer Engineering 1 Lab

General Chemistry

Mathematics I1

Mechanics I1

Network Analysis

Non-technical catalog BA 1

Semester 2 Modules:

Design Theory 1

Fundamentals of Programming

Fundamentals of Programming Lab

Mathematics I2

Mechanics I2

Non-technical catalog BA 2

Physics

Physics Lab

Semester 3 Modules:

Business Administration for Engineers

Design Theory 2

Mathematics M3

Mechanics I3

Thermodynamics 1

Thermodynamics 1 Lab

Materials Engineering 1

Materials technology 1 internship

Semester 4 Modules:

Design Theory 3

Manufacturing

Fluid Mechanics

Numerical methods for engineers

Structural Dynamics

System Dynamics

Thermodynamics 2

Thermodynamics 2 Lab

Materials Engineering 2

Materials technology 2 internship

Semester 5 Modules:

CAD

Control Engineering

Introduction to mechatronics and signal analysis

Industrial Internship

System dynamics and control engineering Internship

Process engineering

Elective Catalog Fluid Dynamics OR

Modelling and Simulation

Scientific work

Semester 6 Modules:

Bachelor thesis (ISE)

Bachelor thesis Colloquium

Elective B-ME_PO15

Energy technology

Heat engines and working machines

Perspectives & Job Prospects

Graduates will be especially suited for careers in:

International mechanical and facilities engineering.

Thermal, mechanical and chemical process engineering.

Automotive design and its supply chain.

Environmental protection technology.

Engineering companies and consultancies.

By taking account of the shifting requirements of the world of work, the course will equip students with the awareness, skills and techniques necessary for engaging in scientific work, for the critical assessment of technical knowledge and for working in a professional manner. Subject to aptitude and grades, graduates can go on to complete a master’s degree, which in turn could lead to a doctorate.

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