Course Structure:

The curriculum will be adapted for the winter semester 2022/2023, subject to the approval by the Senate. The changes will be announced shortly.

Semester 1 Modules:

Analytical Principles of Engineering

Informatics for Engineering I

Technical Mechanics I

Accounting

Principles in Business

Foreign Language

Semester 2 Modules:

Mathematics for Engineering

Informatics for Engineering II

Technical Mechanics II

Business Law

Physics incl.Lab Work

Foreign Language II

Scientific Compulsory Elective Subject (AWP) I

Semester 3 Modules:

Applied Mathematics

Fundamentals of Electrical Engineering

Energy Technology

Scientific Writing, Research Methods and Project Management

Chemistry incl.Lab Work

Foreign Language III

Semester 4 Modules:

Financing

Logistics and Operations Research

Renewable Energies

Plant Engineering

Scientific Compulsory Elective Subject (AWP) II

Foreign Language4

Fundamentals of Measurement and Control Engineering

Semester 5 Modules:

Applied Measurement and Control Engineering

Process Reliability

Intercultural Competences

Sustainability

Management

Project Work

Semester 6 Modules:

Internship

PLV 1

PLV 2

Semester 7 Modules:

Compulsory Elective 1

Compulsory Elective 2

Compulsory Elective 3

Bachelor Theistic. Bachelor Seminar

Compulsory Elective 1-3:

Students must acquire 15 ECTS credits from the "Pool of Electives 1-3"

Pool of Electives 1-3

Process Engineering

Data Acquisition and Processing

Industrial Automation and Information Technology

Modelling Theory

Energy and Resource Efficiency

Process Optimization

Globalization

Energy Markets

Business Planning and Start-Up Management

Operational Processes

Perspective & Job prospects

The range of career prospects and application areas for industrial engineers is extremely extensive. From system configuration, project management and project controlling to innovation management, technical purchasing, sales, organization and logistics to service and maintenance engineering and maintenance management. This degree offers students a combination of business, engineering and linguistic-cultural course content, providing a solid basis for success in the international environment. This course qualifies graduates to be capable of adapting existing and newly designed processes, methods and technologies so that energy and material resources can be saved. Thereby, future graduates will make a significant contribution in achieving the European Union objective of industrial decarbonization. Potential employers can be found in all sectors: from the public sector and public utilities such as electricity, gas, heat and water utilities, to industrial companies carrying out industrial processes for production.

In particular, industrial companies in the Bavarian Chemical Triangle which operate a large number of chemical-technical production processes offer excellent career opportunities for graduates. Furthermore, industrial engineers are professionals in consultancy companies, whilst MRO engineers find excellent employment prospects in power engineering management of large-scale buildings and properties. The growing renewable energy branch provides graduates of the Industrial Engineering Bachelor programme with excellent opportunities for a secure professional future.

Course language: English