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Learn and conduct research during your studies with state-of-the-art laboratory facilities.
Bachelor of Science (BSc)
Chemical Engineering
More about the course
As a student of this pathway you receive a broad education in the fundamentals of natural sciences, mathematics and technology. This foundation will be laid during the first half of the programme. The second half of the programme teaches more specific contents in the areas of reaction and process engineering, plant and apparatus engineering etc. Elective courses allow you to emphasise certain areas in your major subject. Applications in the area of energy and micro-reaction engineering play a central role here.
Academic Degree
Bachelor of Science (BSc)
Type of Study
- full-time
Study Curriculum
Start of Study
- each winter semester
Orientation Offer
Language of instruction
- German
Admission Requirements
- no restriction
Enrolment
ECTS Credits
180
Standard Period of Study
6
- Prospective students can take part in an intensive study week during their last two years of school at the beginning of the school summer holidays to better assess whether Chemical Engineering is a good match for their own interests and expectations.
- The Institute of Chemical Engineering regularly offers laboratory tours.
- Shortly before starting your studies: At the University training camp the Fit for Chemistry" preliminary course is offered.
- General: Events for prospective students
Study structure Bachelor Chemical Engineering
Information for students
All information, both for prospective students and for students, is available on the websites of the Institute of Chemical Engineering and the discipline of Chemistry. You are welcome to take a look at these at any time and contact the course advisors if you have any questions.
Click here to go to the homepage of the Institute of Chemical Engineering.
Click here to go to the Homepage of the Chemistry discipline.
Focal points
The Chemical Engineering programme at Ulm University focuses on green energy, sustainable technologies, future technologies and the use of digital tools. Students learn to develop environmentally friendly processes and energy-efficient solutions that are used in areas such as renewable energy, the chemical industry and materials science. Digital tools play a central role in the modelling, simulation and optimisation of processes. The practice-orientated training; (akad.: ) education and the close connection between research and teaching provide optimal preparation for shaping a sustainable and technologically advanced future.
Routes abroad
A great way to broaden your horizons in a discipline is to study at a foreign university. Ulm University students can apply for one or two semesters abroad at numerous universities, both throughout Europe as part of the ERASMUS programme and outside Europe. If lectures are not required, internships and theses at other universities are also possible.
Ulm University has exchange agreements with over 100 universities in 26 countries.
International Office
What students and graduates of UUlm have to say
Noah, 19 years old, 1st semester student
The support and communication are fantastic!
Mia, 21 years old, 6th semester student
Chemical Engineering is an interdisciplinary degree course which provides the ideal conditions for starting a career in research and industry.
Hendrik, 22 years old, 5th semester student
Small course with exciting and challenging content. Knowledge learned is effectively consolidated in exercises and tutorials. The teaching methods differ from subject to subject, but are all useful in combination with the exercises. The modules are thoughtfully distributed over the six semesters and build on each other in a meaningful way. The lecturers who teach the core modules are friendly and competent. They are therefore also happy to attend non-compulsory courses. Overall, the course is recommended.
Lecture in the seminar room.
Students on internship
Students conducting an experiment on the production of e-fuels.
Studying at Ulm University.
Everything is Chemistry! Our chemistry degree programmes at Ulm University.
Laboratory tour with extraction experiment
The career prospects for Chemical Engineering graduates are extremely diverse. The bachelor's degree is professionally qualifying, but it should be noted that most students only aim for a career start after a master's programme. Regardless of this, the following list provides an overview of some of the possibilities. But there are undoubtedly more. What is important is what interests you personally and what you focus your studies on within the given options.
- Research and Development (R&D): Work in the chemical industry, pharmaceutical industry or at biotechnology companies.
- Process and application engineering: Development and optimisation of production processes in various branches of industry.
- Marketing, sales and product management: placing chemical products on the market, developing marketing strategies.
- Public relations: Communication of complex chemical content for the general public.
- Patent system: Protection of inventions and processes through patents.
- Food and beverage industry: Production of food and beverages.
- Environmental technology: Investigation and reduction of environmental pollution through process engineering.
- Automotive industry: Development of fuels, batteries, plastics and other materials for vehicles.
- Aerospace industry: material development, fuel formulation and air quality in closed systems.
- Power Engineering: Development of sustainable energy sources, such as hydrogen and battery technologies, as well as research into CO₂ reduction techniques.
- Electronics industry: production and development of materials for semiconductors, sensors and other electronic components
- Battery and accumulator technology: Development and production of powerful, durable and safe batteries for electric vehicles and other applications.
- Materials science: Production of new materials on an industrial scale.
- Analytics: Quality control and assurance in industry, environmental analysis or forensic Chemistry.
Study situation
The study situation in Ulm is characterised by a personal and supportive atmosphere. Students benefit from small group sizes that enable intensive learning and individualised support from dedicated teaching staff. The focus on green energy and future technologies makes Ulm an innovative place to study, combining practice-orientated knowledge and current research. State-of-the-art laboratories and interdisciplinary projects promote optimal preparation for future challenges. The Bachelor's degree programme in Ulm is with unrestricted admission, so a place (in higher education, in the programme etc.) is guaranteed if you have a higher education entrance qualification. If you need or want a place in a hall of residence, you can take care of this very early on, as you do not have to wait for admission to the degree programme.
If you want to actively shape the future, make a sustainable contribution and secure the best chances of a well-paid and future-proof job, then Chemical Engineering in Ulm is the right programme for you.
Studying and living in Ulm
Welcome to the most liveable city in Germany. In Albert Einstein's birthplace, scientific research, leisure, top employers and culture come together in a unique way. Top locations and events such as the Ulmer Zelt, Nabada or the Donaufest attract visitors to the quaint streets. Here you feel at home!
Copyright: City of Ulm
Living and housing in Ulm
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