Industrial Engineering and Management - Wirtschaftsingenieurwesen (WI)
The goal of the course of studies "Industrial Engineering and Management" at the TU Kaiserslautern is to convey to students the interdependency between economic knowledge and technical progress. Due to the broad education the students should be taught the technical/economic-integrative way of thinking.
The industrial engineer serves as a figure of integration and combines economic thinking with technical know-how. This interdisciplinarity between the natural and engineering sciences on the one hand and economics and law on the other hand is one of the outstanding characteristics of industrial engineering studies. The resulting ability to "build bridges between business and technology" leads to extraordinarily good career prospects for industrial engineers. The course of study is oriented towards the constant interplay of technical progress, economic growth and social change. As one of the first five universities, Kaiserslautern has more than 25 years of experience in the education of industrial engineers and is a leader in the organization of studies and the range of courses offered. In addition to the basic subjects of mathematics, statistics and law, students are taught the basics of business administration and economics. The focus is on a generalist education in all areas of business administration, on an in-depth familiarization with an engineering discipline and an intensive teaching of key qualifications in small groups.
The Faculty of Business Studies and Economics is responsible for the content of the economics courses, the Faculty of Engineering/Computer Science is responsible for the content of the engineering courses.
WI - Chemistry
The study course Industrial Engineering and Management with a specialization in Chemistry forms the interface between chemistry and economics.
The main focus of the course is on technical chemistry. It is essentially concerned with the transfer of chemical reactions into technically useful applications and processes.
WI - Electrical Engineering
Electrical engineering deals with all technical aspects of electricity, such as electrical power generation and power transmission. It includes electrically operated machines, the electrical circuits for control, measurement, regulation and information technology.
WI - Computer Science
The study of industrial engineering and management and engineering with a specialization in computer science combines theoretical and methodical knowledge in computer science with economic contents.
WI - Mechanical Engineering
In mechanical engineering, the focus is on the development, design, construction and operation of machines, mechanical equipment and technical systems.
WI - Energy and Process Engineering
The subject area Energy and Process Engineering extends the traditional field of process engineering by chemical subjects and focuses in the economic field on environmental, resource and energy economics. The traditional field of process engineering deals with the technical execution of processes in which substances are modified.