How good is Chemical Engineering 1

Chemical engineering studies: Studying chemical engineering

An overview of the right universities and courses of study

  • University entrance qualification: Abitur or technical diploma
    • An alternative admission requirement is, among other things, vocational training with professional experience (regulated individually depending on the university and federal state)
  • If necessary, pre-study internship of 8 weeks or similar
  • Optional: Participation in a maths preparatory course
  • First degree with at least 180 ECTS (Bachelor or Diploma) in chemical engineering or a similar subject
    • An examination board decides on the recognition of the subject
  • if applicable, minimum grade, e.g. 3.0 or better

personal requirements

Chemistry plus engineering, that expresses what it's about and what skills you need to bring with you. You should be an ace in chemistry, but also interested in biology and physics, and not too bad at math. Furthermore, you should be enthusiastic about technology and new technologies and be open to other topics, for example business administration basics.

Numerus Clausus (NC) for chemical engineering

You're in luck: Chemical engineering, chemical engineering, chemical engineering and similar courses are seldom overcrowded and so the universities do not have to set an NC for the allocation of study places. That means: The course is largely free of admission! So as long as you meet the formal requirements, you can be sure of getting a place at the university.

Current NC values: Chemical engineering degree


Course of study


Waiting semester

was standing

University of Paderborn

Bachelor chemical engineering

No admission restrictions


WS 2020/21

University of Magdeburg

Bachelor Chemical and Energy Engineering

No admission restrictions


WS 2020/21

RWTH Aachen

Bachelor chemistry



WS 2020/21

TU Berlin

Bachelor chemical engineering

1,7 (1)

0 (1,8)

WS 2020/21

Munich University of Applied Sciences

Bachelor chemical engineering

all approved


WS 2020/21

In the basic course, organic and inorganic chemistry as well as mathematical and technical basics are initially on the timetable. In addition to lectures and exercises, the chemical internships are an essential part of the course.

In the further semesters of the main course, the specializations are then dealt with. Specializations such as applied chemistry, materials science and polymer chemistry, chemical process engineering, plant and apparatus engineering, environmental and energy process engineering, food and bioprocess engineering can be selected. Over 90 percent of students do not finish their studies with a bachelor's degree, but instead finish with a master's degree.

Possible compulsory modules

  • General and inorganic chemistry
  • Chemical engineering apparatus
  • Introduction to procedural production
  • Organic chemistry
  • physics
  • Process dynamics and process automation
  • Process design
  • Flow and transport processes
  • technical chemistry
  • Technical English
  • thermodynamics
  • process technology
  • Materials science

Possible elective modules

  • Biocatalysis in unconventional media
  • Chemical process
  • Decentralized energy generation from biomass and other sources
  • Basics of dimensioning thermal separation devices
  • Immobilized enzymes and their technical application
  • Industrial processes of renewable raw materials
  • Ceramic materials
  • Food technology
  • Graduation: Bachelor of Science (B.Sc.)
  • Duration:6 semesters
  • Type of study: predominantly full-time, individual dual or part-time face-to-face courses
  • Graduation: Master of Science (M.Sc.)
  • Duration: 3 - 4 semesters
  • Type of study: mostly full-time, very rarely dual or part-time face-to-face courses

In the economy there is an increasing need for interdisciplinary trained engineers who have both chemical-material and engineering expertise. The chemical engineer is mainly employed in product development and in the application of goods that are mainly manufactured using process engineering methods.

Job opportunities also arise in quality control or in research and development. There are even opportunities for use in sales and marketing. Chemical engineers find jobs in the chemical, plastics processing and pharmaceutical industries, both in the manufacture of new products and in apparatus and plant engineering. Employment is possible in all companies in the private sector that work with chemical substances - for example in the textile industry, coolant technology, in printing.

Graduates also work in chemical testing laboratories, for example in the fields of medicine or the environment. Companies in the food industry can also be considered as employers. In addition, they can work in public administration, at universities or in associations. The step into self-employment is also conceivable, for example as a production or sales engineer.

Since chemical engineers work in different industries, it is not easy to make a general statement about the salary to be expected after graduation. But what one can safely say: Chemical engineers can earn very well, especially in the pharmaceutical industry. It is one of the industries with the highest salaries.

In order to be able to provide you with a few numbers, we looked around on Of course, these are only individual examples that do not allow any conclusions to be drawn about the general salary level. But they always give a good insight.

Job title

Gross monthly salary

Chemical engineer in biotechnology

5,126 euros

Chemical engineer in the field of process engineering

8,133 euros

Chemical engineer in mechanical engineering

4,712 euros

Chemical engineer for consumer goods and durables

4,753 euros

Chemical laboratory technician

2,645 euros

Chemical technician in process engineering

6,053 euros

Chemical technicians in print, paper, packaging

5,289 euros

Foreman chemistry

6,403 euros

Chemical engineer

5,524 euros