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Studierende vor dem Optoelektronik-Gebäude P8, Foto: Universität Paderborn, Fotografin: Judith Kraft Show image information

Studierende vor dem Optoelektronik-Gebäude P8, Foto: Universität Paderborn, Fotografin: Judith Kraft

Industrial Engineering and Management specialised in Electrical Engineering

The future of enterprises strongly depends on how technologies, markets and business environments are developing. Yesterday’s borders are loosing their significance and the world is growing closer together. Never before has it been so essential to be in control of economic coherences – an issue our industrial engineering graduates are “proven experts” in. Whenever creating a new product, introducing new Manufacturing processes, launching a marketing campaign or implementing logistical concepts, companies must duly consider various aspects, such as engineering, business economics, legal provisions and personnel issues.

Industrial engineering graduates from our university excel in interdisciplinary cooperation and holistic, strategic thinking. The Bachelor and Master degree programs are equally demanding and supporting individual initiative, the willingness to perform, creativity and communication skills. In the framework of their academic disciplines our industrial engineering graduates acquire all the knowledge and competences required for shaping business in tomorrow’s global markets.

Fields of occupation

Interdisciplinary vocational training opens up a variety of occupation fields to our industrial engineering graduates. Their individual profiles and high specialization acquired in their disciplines will give them access to job opportunities such as:

  • Strategic product and technology planning:  product planning for future markets
  • Research and development
  • Production and process automation, conceptualization of future production processes
  • Distribution and logistics
  • (Technical) marketing
  • Quality management
  • Plant and company organization
  • Management and consulting
  • Controlling

Our former graduates are presently employed in both small and medium-sized enterprises as well as in large international companies. Due to their versatile education they are sought after in various sectors of industry. Some typical branches are:

  • Automotive industry
  • Space and aeronautics
  • Electrical and electronics industry (EEI)
  • Mechanical and tool construction
  • Computer and semiconductor industry
  • Medical technology
  • Tertiary industry (e.g. management consultancy, marketing agencies etc.)
  • Research institutes and universities (academic careers)
Curriculum Content

Our industrial engineering graduates have a sound education in business studies acquired in simultaneously studying economic and engineering subjects (dual programs). These studies will impart to them the knowledge and competencies they require for designing and implementing business activities in future global markets. The following knowledge is imparted: 

  • Expertise in mathematical, scientific, industrial engineering and economic basic subjects
  • Expertise in specific industrial engineering and economic subjects
  • Vocational expertise in industrial science, economics, law and social sciences as well as in foreign languages
  • Competency to recognize and assess technical/economic interrelations, to think in terms of models and systems (abstraction capacity)
  • Inventive and creative skills (creativity)
  • Interpersonal skills and ability to guide people (reasoning, communication and motivation)
  • Ability to critically reflect on one’s own activities and to assume responsibility for work results

Der Paderborner Wirtschaftsingenieur ist ein Ingenieur mit einer wirtschaftswissenschaftlichen Ausbildung. Er studiert deshalb gleichzeitig wirtschaftswissenschaftliche und ingenieurwissenschaftliche Fächer (Simultanstudium). Der Paderborner Wirtschaftsingenieur erlangt durch sein Studium das Wissen und die Kompetenzen zur Gestaltung der Unternehmenstätigkeit in den globalen Märkten von morgen. Wir vermitteln im Verlauf des Studiums folgende Kenntnisse: 

  • Fachwissen in den mathematischen, naturwissenschaftlichen, ingenieurwissenschaftlichen und wirtschaftswissenschaftlichen Grundlagenfächern
  • Fachwissen in speziellen ingenieurwissenschaftlichen und wirtschaftswissenschaftlichen Fächern
  • Berufsbezogenes Fachwissen in Arbeits-, Wirtschafts-, Rechts- und Gesellschaftswissenschaftenals auch Fremdsprachen
  • Fähigkeit im Erkennen und Auswerten technischer, wirtschaftlicher Zusammenhänge, Denken in Modellen und Systemen (Abstraktionsfähigkeit)
  • Erfinderische und gestalterische Fähigkeiten (Kreativität)
  • Fähigkeiten im Umgang mit Menschen und in der Anleitung von Menschen (Argumentation, Kommunikation und Motivation)
  • Fähigkeit zur kritischen Reflexion der eigenen Tätigkeit und zur Übernahme von Verantwortung für das Ergebnis der Arbeit 

The Bachelor degree program Industrial Engineering with 180 ECTS stretches over 6 semesters, at the end of which graduates will be awarded the academic degree B.Sc. – “Bachelor of Science”. The degree program is split into basic studies (semester 1-4 with 120 ECTS) and in-depth studies (semester 5-6 with 60 ECTS), in the course of which credits must be achieved in engineering (60%) and business studies or interdisciplinary courses (40%).

Preparation of the bachelor thesis can be started only after having successfully passed all module examinations in the first bachelor degree’s phase and given proof of the 12 weeks’ practical training. In the transitional period to the master program bachelor students may already participate in master degree program courses.  The governing transitional regulation applies.


The Master in Industrial Engineering is a consecutive program based on the knowledge acquired in the completed bachelor taking 4 semesters and 120 ECTS. Graduates from this program will earn the Master of Science (MSc) degree, which qualifies for admission to PhD studies. The detailed curriculum for the Master program in Industrial Engineering (Electrical Engineering) is listed below:

Admission requirements


There is presently free admission to the bachelor degree program in industrial engineering, i.e. there are no entry restrictions. Future students may enrol in summer and will be legally entitled to admission when meeting the formal entry requirements.

The degree program itself always starts in the winter semester (early October)

Formal admission criteria are dependent on the following school graduations:

  • Higher education entrance qualification/Abitur: direct admission
  • Subject specific university entrance certificate in engineering/economics: direct admission
  • Advanced technical college entrance qualification: aptitude test and certain grades required (see more details here.


Basically, all industrial engineering graduates from Paderborn holding a bachelor’s degree may directly enrol in the master’s program. Bachelor graduates of the same degree program or similar programs applying from other universities and/or colleges may also enrol, subject, however, to verification of comparability of qualifications in cases where that is not obvious. Students lacking admission requirements, e.g. when changing majors, are recommended to initially enrol in the local bachelor degree program and to attend missing courses and undergo examinations before being admitted to the master’s program. In general, students may enrol both in summer and winter semester.

Practical training

During their degree program students will undergo a practical training for a period of 12 weeks, which should be finished at the beginning of semester 3. This training period may be extended but must be completed at the latest before starting the bachelor’s thesis.  

Exemption:  Successfully completed vocational education and training (technical or administrative) is generally accepted in lieu of the mandatory practical training.

Further information about the practical training you find here. Link to Regulations of the Practical training.

What we recommend

Since no credits will be awarded for the practical training performed, students are required to seek placements themselves and to implement the training in their degree study. 

Experience has shown though that it proves extremely difficult to integrate the practical training of 12 weeks into your course of studies, be it in one go or gradually, without delaying the program. We therefore recommend completing the entire or at least the major part of the training before commencing the degree program.

After graduating from school the majority of prospective students have a gap of 4 to 5 months before starting their studies, which can be used to undergo the practical training beforehand.

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