The best universities for Civil Engineering in Germany include Technical University of Munich (TUM), RWTH Aachen University, University of Stuttgart, Karlsruhe Institute of Technology (KIT), TU Dresden, TU Berlin, Leibniz University Hannover, TU Darmstadt, University of Duisburg-Essen, and Bauhaus-Universität Weimar. Nevertheless, Germany’s strength in civil engineering goes beyond university names. The country has a long engineering tradition, major construction and infrastructure industries, research institutes, and universities that work closely with industry. You can study everything from structural engineering and construction management to geotechnics, water resources, transportation, computational engineering, and sustainable construction.
Germany is especially attractive for civil engineering because its universities combine strong engineering research with practical construction, infrastructure, transportation, water, geotechnical, and structural engineering training. Many public universities charge little or no tuition for standard programs, although semester contributions apply and some states charge tuition to certain non-EU students.
International students should also understand an important difference from the American university system: German institutions usually don’t publish one simple acceptance-rate percentage for an entire university. Instead, admission depends on the individual degree program, academic qualification, language requirements, and whether the program is open admission or subject to local restrictions.
The DAAD admission requirements guide explains that admission restrictions can change between semesters and that universities make the final admission decision.
Best Civil Engineering Universities in Germany
Germany has continued to attract international students at a substantial scale. Destatis reported that the number of foreign students in German higher education reached 492,600 in winter semester 2024/25, up about 5% from the previous year. It also reported 145,100 foreign first-time entrants in study year 2024, a 10% increase from 2023. And engineering was one of the strongest areas.
The table below lists the best universities for civil engineering in Germany, including tuition, admission, language, programs, rankings, costs, and career options.
| University | City | Civil Engineering Level | Typical Language | Program Situation | Main Strengths |
|---|---|---|---|---|---|
| Technical University of Munich | Munich | B.Sc., M.Sc. | German / German & English | Bachelor unrestricted | Structures, infrastructure, sustainability, research |
| RWTH Aachen University | Aachen | B.Sc., M.Sc. | Mainly German; selected English options | Program-specific | Structural, construction, transport, water |
| University of Stuttgart | Stuttgart | B.Sc., M.Sc. | German | Bachelor unrestricted | Structural engineering, materials, infrastructure |
| Karlsruhe Institute of Technology | Karlsruhe | B.Sc., M.Sc. | German | Bachelor unrestricted | Structures, water, infrastructure, geotechnics |
| TU Dresden | Dresden | Civil Engineering programs | German / selected English | Program-specific | Structural, transport, water, computational fields |
| TU Berlin | Berlin | B.Sc., M.Sc. | German | B.Sc. restricted | Infrastructure, geotechnics, water, transportation |
| Leibniz University Hannover | Hannover | B.Sc., M.Sc. | German | Program-specific | Structures, water, construction management |
| TU Darmstadt | Darmstadt | B.Sc., M.Sc. | German / bilingual | Program-specific | International master’s, structures, infrastructure |
| University of Duisburg-Essen | Essen | B.Sc. | German | Unrestricted | Broad civil engineering foundation |
| Bauhaus-Universität Weimar | Weimar | B.Sc., M.Sc. | Mainly German | Open admission at B.Sc. | Construction, materials, digital engineering |
Important: “Unrestricted admission” does not mean automatic admission for every international applicant. You still need the required academic qualification, language proof, documents, and other conditions. German universities may also use different procedures for applicants from outside the EU.
How We Ranked the Best Civil Engineering Universities in Germany
There is no single official government ranking called “the best civil engineering universities in Germany.” Instead, this guide considers several factors that matter to an international student. These include the strength and breadth of civil engineering programs, research profile, available specializations, practical orientation, international opportunities, admission structure, degree language, and current subject-ranking evidence. The QS World University Rankings by Subject is useful as one external benchmark because its Civil and Structural Engineering ranking evaluates universities internationally in the subject area. In the 2026 edition, TUM is reported by the university as ranking 37th globally in Civil & Structural Engineering and first in Germany.
Rankings, however, should not be the whole story. A student interested in water engineering may value a university differently from someone who wants structural engineering or construction management. A bachelor’s applicant may also care more about German-language requirements, admission status, internships, and living costs than an applicant pursuing an English-taught master’s degree. That is why the universities below are discussed individually rather than treated as interchangeable names on a league table. Official university information is given priority for program structure and admission details, while external rankings are used as supporting context. This approach gives you a more useful picture of what studying civil engineering in Germany actually looks like.
1. Technical University of Munich (TUM)
Technical University of Munich is one of the most prominent choices for civil engineering in Germany, particularly for students interested in combining traditional engineering with sustainability, digital methods, infrastructure, and research. TUM’s Bachelor of Science in Civil Engineering lasts six semesters and carries 180 ECTS credits. The curriculum covers structural design, mechanics and statics, materials science, building physics, transportation planning, hydraulic engineering, infrastructure, utilities, and ecological construction. The university describes the program as preparing students to develop safe, economical, and sustainable structures and infrastructure.
The breadth of the program is important because civil engineering is much wider than simply designing buildings. At TUM, you can encounter structural engineering, transportation infrastructure, water systems, waste management, materials, and sustainability within your academic foundation. This makes the university particularly interesting if you want to keep several career paths open before specializing. The master’s program takes four semesters and awards 120 ECTS credits. TUM states that the master’s degree offers a broad range of specialization areas, with the current program covering areas such as structural engineering, sustainable construction, transportation systems, and geotechnics.
Language is one of the first issues international students should investigate at TUM. The bachelor’s program is taught in German, so an applicant who wants to enter the undergraduate degree should prepare for German-language study rather than assume that an English-speaking environment means every course is available in English. The master’s program provides more flexibility because TUM lists German or English as the required language depending on the program circumstances. That distinction matters greatly when planning your application. A student with an English-only academic background may find the master’s route more accessible than starting a German-taught bachelor’s degree.
TUM also has a strong international profile, which can matter when you want to build connections beyond Germany. The university’s civil engineering research connects naturally with major questions facing modern cities, including sustainable construction, mobility, infrastructure resilience, and resource efficiency. Its position in current international subject rankings provides additional evidence of its research visibility. TUM reported that the 2026 QS subject ranking placed Civil & Structural Engineering 37th worldwide and first in Germany. That ranking should be treated as one indicator rather than a guarantee of teaching quality or personal fit.
The main challenge is cost and competition for the overall student experience rather than simply tuition. Munich is one of Germany’s most expensive student cities, so you should budget carefully for accommodation, health insurance, food, transportation, and other living expenses. TUM also notes tuition fees for international students in its current program information, reflecting Germany’s changing approach to fees for students from outside the EU. Before applying, check the current TUM fee schedule rather than relying on older articles that describe every German public university as completely tuition-free. The university’s program page is the safest place to verify current fees and admission information.
2. RWTH Aachen University
RWTH Aachen University is another major destination for civil engineering, particularly if you want an engineering-heavy environment with strong connections to industry and technical research. Its Faculty of Civil Engineering offers fields including structural engineering, construction management and geotechnics, water management, and transport and spatial planning. The master’s structure also provides specialist areas including advanced computational methods, construction production systems, structural engineering, hydraulic engineering, tunnelling and geotechnics, transport engineering, and water management.
That range makes RWTH especially interesting for students who already know which branch of civil engineering they want to pursue. Someone interested in tunnels and underground construction will find a different academic path from someone focused on water management or transportation. Computational civil engineering is also becoming increasingly important as design, simulation, BIM, digital twins, and data-driven engineering change the profession. RWTH’s specialist structure reflects this movement toward deeper technical expertise. For international students, that can create a useful bridge between conventional civil engineering and newer computational approaches.
The bachelor’s admission process requires careful attention to the university’s current regulations. RWTH provides an official application page for its Civil Engineering B.Sc. and directs applicants to the applicable examination regulations and pre-internship requirements. This is a good example of why you should avoid relying on generic “Germany civil engineering requirements” articles alone. A university may have requirements that another German university doesn’t share. Even when two degrees have the same name, their application procedures can differ considerably.
Language is another major consideration. Many traditional civil engineering bachelor’s degrees at German technical universities are taught primarily in German, and RWTH is no exception to the broader pattern. International students should therefore investigate German proficiency requirements early, particularly if they are applying directly from secondary school. The DAAD requirements overview notes that most programs in Germany are taught in German and that many institutions require German proficiency, often around B2 or higher depending on the program.
A major advantage of Aachen is its location within a powerful industrial and research environment. The city sits close to the borders with Belgium and the Netherlands, while RWTH maintains extensive connections across engineering and technology fields. For a civil engineering student, that environment can expose you to construction technology, infrastructure research, industrial projects, and international engineering networks. RWTH’s reputation has also remained strong in subject rankings over time. Its own ranking report shows Civil & Structural Engineering ranked second among German universities in QS from 2022 through 2024 and third in 2025, illustrating both its sustained position and the fact that rankings can move from year to year.
3. University of Stuttgart
The University of Stuttgart has a particularly strong case for students who want a comprehensive civil engineering education with connections between structures, materials, infrastructure, water, transportation, and construction. Its Bachelor of Science in Civil Engineering takes six semesters and is taught in German. The current program is listed as unrestricted admission, and students complete foundational studies before moving into more specialized areas. The university identifies structural engineering, modeling and simulation, water and environment, and transportation among the major technical areas developed during the later part of the bachelor’s program.
Stuttgart’s civil engineering tradition is also closely linked to architecture and the built environment. The university describes its “Stuttgarter Schule” as involving close cooperation between civil engineering and architecture. That relationship is valuable because modern construction projects rarely exist inside one professional box. Architects, structural engineers, transportation engineers, environmental specialists, contractors, and project managers must often solve the same problem from different perspectives. For a student who wants to understand how a building moves from an architectural concept to a safe, buildable structure, this interdisciplinary setting can be particularly useful.
The bachelor’s program begins with demanding foundations in subjects such as higher mathematics and technical mechanics. That is not a minor detail. Civil engineering is an applied discipline, but the application rests on mathematics, physics, mechanics, materials, and modeling. Stuttgart’s curriculum therefore starts with the fundamentals before moving toward structural engineering, simulation, water, environmental topics, and transportation. You should expect the early semesters to be academically serious, especially if your mathematics and physics background is weak.
Stuttgart also offers a four-semester Civil Engineering M.Sc. program. Its master’s structure provides considerable freedom, with specialization modules covering construction and materials, GIS and BIM, statistics and optimization, project planning, finite elements, AI for engineers, and other advanced subjects. That combination is particularly relevant for students who want to connect traditional civil engineering with modern digital construction. BIM, simulation, optimization, and AI are increasingly becoming part of engineering workflows, so a program that integrates those areas can broaden your technical toolkit.
The university’s current ranking information adds useful context. Stuttgart states that its Civil and Structural Engineering subject area was ranked in the 101–150 global band in the QS World University Rankings by Subject 2025. More importantly, its Faculty of Civil and Environmental Engineering offers several related master’s pathways, including civil engineering, water resources engineering, environmental subjects, and computational mechanics. If your interests move from ordinary construction toward infrastructure, water, environmental engineering, or computational mechanics, Stuttgart gives you room to change direction without abandoning the engineering foundation.
4. Karlsruhe Institute of Technology (KIT)
Karlsruhe Institute of Technology is another strong choice for civil engineering, especially for students who want a technical university environment with broad engineering and research connections. KIT’s Civil Engineering bachelor’s program lasts six semesters and awards 180 ECTS credits. The program is taught in German and is not admission-restricted for the first semester under the current information. Its first three semesters cover foundations such as mathematics, mechanics, and materials science, while later studies move into engineering structures, water and environment, mobility and infrastructure, construction technology and management, and geotechnical engineering.
The structure gives you a broad foundation before specialization. This is useful because many students enter civil engineering believing they only want to design buildings and later discover an interest in transportation, water, geotechnics, or construction management. KIT allows these areas to sit inside the same academic framework. The university also strongly recommends professional internships, even though the internship is not part of the formal curriculum for the current bachelor’s program. That practical element can help you understand what engineering looks like outside lecture halls.
KIT’s master’s degree continues this broad approach while allowing deeper specialization. The current Civil Engineering M.Sc. is four semesters and worth 120 ECTS credits. Students select two areas from five major fields: engineering structures, water and environment, mobility and infrastructure, technology and management in construction, and geotechnical engineering. This structure works well for students who want a customized technical profile rather than a master’s degree that forces everyone into the same narrow pathway.
One point international applicants should watch closely is the language of instruction. KIT’s standard Civil Engineering bachelor’s and master’s programs are listed as German-taught. That means the financial attractiveness of German public higher education does not remove the need to prepare linguistically. You may find individual courses, research materials, or related master’s options with English content, but you should not assume that the complete degree is English-taught. Always verify the language directly on the official program page before applying.
There is also a historical reason KIT appears frequently in discussions about German civil engineering. Older QS subject data placed KIT first among German universities for Civil & Structural Engineering in 2014, with Stuttgart, TUM, RWTH Aachen, and TU Dresden also appearing in the German top group. Rankings have changed since then, so that historical result should not be treated as a current ranking. It does, however, illustrate that Germany’s civil engineering strength has never depended on one institution alone. KIT remains part of a deep technical university ecosystem that has developed over many years.
5. TU Dresden
TU Dresden has a long civil engineering tradition and offers an interesting alternative to the larger western and southern German technical universities. The Faculty of Civil Engineering traces its institutional roots back to the nineteenth century, and the university continues to emphasize a broad engineering education. TU Dresden’s postgraduate civil engineering structure includes specializations such as structural engineering, construction management, urban engineering and transportation, hydraulic and environmental engineering, computational engineering, and building energy management.
The breadth of these areas is one of the reasons Dresden deserves consideration. Civil engineering increasingly overlaps with environmental protection, energy efficiency, urban mobility, computational modeling, and climate resilience. A student who wants to work on traditional structural projects can still develop that expertise, while another student can move toward transportation, water, computational methods, or energy-related construction. This makes Dresden especially interesting if you want a degree that recognizes the changing nature of infrastructure rather than treating civil engineering as only concrete, steel, and construction sites.
TU Dresden also retains a distinctive academic tradition through its engineering qualifications. The faculty explains that it continues to offer the Diplom-Ingenieur qualification in civil engineering alongside other study opportunities. The German Diplom tradition has a long history in engineering education and remains an interesting feature for students who value established academic structures. However, international applicants should check exactly which degree they will receive and how it fits their future plans, particularly if they intend to apply for jobs or further study outside Germany.
For students considering research, Dresden’s combination of established engineering institutes and modern specializations is worth examining. Civil engineering research increasingly depends on computational tools, advanced materials, simulation, infrastructure monitoring, and environmental modeling. Those areas can lead toward careers that look quite different from conventional site engineering. If you already know that you want to pursue a doctorate or research-intensive career, examine individual professors, research groups, laboratories, and current projects rather than choosing only from university-level reputation.
Cost is another reason students may compare Dresden with Munich or Stuttgart. Germany’s living expenses vary substantially by city, and smaller cities can sometimes offer lower accommodation costs than the largest metropolitan areas. The DAAD estimates that students in Germany need around €990 per month on average for living expenses, although actual costs vary considerably by location and lifestyle. You should therefore build a city-specific budget before accepting an offer, rather than assuming the national average will match your personal circumstances.
6. TU Berlin
TU Berlin offers a strong option for civil engineering students who want to study in Germany’s capital and engage with a major urban environment. Its Bachelor of Science in Civil Engineering covers a wide range of subjects, including design and construction, geotechnics, water services, infrastructure, and management. The program lasts six semesters and awards 180 ECTS credits. Unlike some universities discussed above, TU Berlin currently lists the bachelor’s program as admission-restricted, so applicants need to pay particular attention to the current admission procedure.
The curriculum has a practical and interdisciplinary character. TU Berlin describes civil engineers as working across the full life cycle of structures, from planning and construction through operation and dismantling. That broad perspective matters because modern civil engineers increasingly have to think about durability, sustainability, resource use, infrastructure maintenance, and eventual replacement. The program also requires an eight-week construction-site internship, which gives students an opportunity to gain direct exposure to the working environment.
TU Berlin’s master’s degree expands the subject considerably. The Civil Engineering M.Sc. offers specializations including computing in civil engineering, building physics, construction chemistry and materials, structural design, geotechnical engineering, management, statics and dynamics, systems engineering, transportation and infrastructure, and water engineering. This range is particularly useful if you want to move from general civil engineering into a more defined technical specialty.
Language is a major issue at TU Berlin. The bachelor’s and master’s civil engineering programs are listed as German-taught, which means international students should plan for German proficiency. The university states that foreign applicants must provide evidence of German skills at the required level. This is one of the clearest examples of why searching only for “free universities in Germany” can produce an incomplete picture. A program may have low tuition but still require significant preparation in language, mathematics, physics, and academic documentation.
The Berlin location can also influence your decision. Berlin has a large construction, infrastructure, technology, government, research, and consulting ecosystem. Studying there can place you near public infrastructure projects and organizations operating at the national and city level. At the same time, housing competition can be intense, so you should not treat Berlin as automatically cheap simply because Germany has comparatively affordable public university tuition. TU Berlin’s academic offering is strong, but the total cost of living remains an important part of the decision.
7. Leibniz University Hannover
Leibniz University Hannover is another established option for civil engineering, especially for students interested in structural engineering, water and coastal engineering, construction management, and wind energy engineering. Its Civil and Environmental Engineering bachelor’s degree introduces students to areas such as building-site operations, geotechnical engineering, numerical methods, structural analysis, structural engineering, transport, and water management. This gives students a broad foundation before they move toward more advanced study.
The university’s master’s degree offers four principal specializations: structural engineering, water and coastal engineering, construction management, and wind energy engineering. That combination makes Hannover especially relevant for students who are interested in infrastructure that interacts with natural forces and environmental conditions. Coastal and water engineering, for example, requires a different understanding of engineering problems from building design. Wind energy also connects civil engineering with the foundations and structural systems needed for large energy infrastructure.
The program’s approach is also useful for students who want flexibility after graduation. A civil engineer can work in construction companies, engineering consultancies, government agencies, transportation organizations, energy companies, research institutions, and related industries. Hannover’s university explicitly identifies careers across structural engineering, water, construction management, energy, project development, certification, and research. That broad career range is typical of civil engineering, but your specialization can strongly influence the type of work you eventually pursue.
International students should pay attention to the German-language requirements. The master’s program currently lists German C1 for international applicants. That is considerably more demanding than simply being able to handle casual conversation in German. You need to be prepared to understand lectures, technical terminology, written assignments, examinations, and professional communication. For bachelor’s applicants, the same general principle applies: check the precise language certificate accepted by the university before submitting your application.
Hannover also offers a useful balance between university scale and city infrastructure. It is a major German city but is generally not discussed in the same cost category as Munich’s most expensive districts. Your exact accommodation costs will depend on housing type and location, so you should still research current rents. For an international student comparing several German universities, Hannover can therefore be worth investigating when the academic specialization matches your interests. The right program fit often matters more than choosing the most famous name.
8. TU Darmstadt
TU Darmstadt is particularly interesting for international students considering a master’s degree in civil engineering. Its Department of Civil and Environmental Engineering offers both bachelor’s and master’s study, with the master’s Civil Engineering program structured as a four-semester degree worth 120 ECTS credits. The bilingual nature of the master’s program makes it different from many traditional German civil engineering degrees.
The master’s program is designed with international cooperation in mind. TU Darmstadt states that students can take predominantly English-language modules during the first year, while German-language modules become more prominent later. Students must complete specified credits in both German and English to finish the bilingual program. This can be an attractive bridge for international students who are academically comfortable in English but understand that professional life in Germany often requires German.
The bachelor’s program, meanwhile, combines civil engineering with geodesy and lasts six semesters for 180 credits. Its specialization areas include constructive civil engineering, construction management, infrastructure, and water and environment. This structure gives undergraduate students a broad engineering foundation while allowing them to develop a clearer direction toward later master’s study. It also creates connections between surveying, spatial information, construction, and infrastructure.
TU Darmstadt’s approach is particularly relevant to students interested in international engineering careers. The university describes the bilingual master’s as preparing graduates for internationally oriented engineering work and research. The program also emphasizes interdisciplinary cooperation, complex technical problem solving, and independent research. If your long-term goal involves working across borders, joining an engineering consultancy, pursuing doctoral research, or moving between Germany and another country, that international orientation can be valuable.
One important point is that bilingual does not mean “English only.” TU Darmstadt explicitly expects strong German skills by the later stages of the program and requires both German- and English-language credits. That distinction should be highlighted because international applicants sometimes interpret bilingual programs as fully English-taught degrees. Before applying, examine the current module structure, language requirements, and admission rules carefully. It can save you from discovering too late that a program requires German proficiency after the first year.
9. University of Duisburg-Essen
The University of Duisburg-Essen offers a broad Civil Engineering B.Sc. that can appeal to students who want a comprehensive foundation without applying to a highly restricted program. The current bachelor’s program lasts seven semesters, carries 210 ECTS credits, and is taught in German. The university lists the program as unrestricted admission, although international applicants from outside the EU may need to use uni-assist for the application process.
The curriculum covers mathematics, technical mechanics, materials, physics, chemistry, construction operations and management, geotechnics, infrastructure systems, structural engineering, numerical methods, construction informatics, environmental engineering, urban planning, transportation, and water. That is a remarkably broad foundation for a bachelor’s degree. It allows you to explore different areas before deciding where you want to specialize professionally or academically.
The internship requirement is another practical feature. The university requires a 12-week internship, with the possibility of completing it before starting the program or by the end of the third semester. For civil engineering, practical exposure can be particularly useful because construction work is difficult to understand completely from textbooks. A student may understand structural calculations in class yet have little understanding of site sequencing, material delivery, safety procedures, surveying, subcontractor coordination, or construction management until they see a real project.
Duisburg-Essen’s location also offers an interesting industrial context. The university sits within the Ruhr region, one of Europe’s historically important industrial areas. Civil engineers in such environments can encounter transportation infrastructure, industrial facilities, urban redevelopment, environmental engineering, and large-scale construction challenges. The exact opportunities available to you will depend on your skills and networking, but the regional context makes the university worth considering if you want practical exposure to infrastructure and industrial environments.
The major limitation for international students is language. The standard Civil Engineering B.Sc. is German-taught, so you need to treat German proficiency as part of your academic preparation. The university explicitly states that its language of instruction is German except for English-language programs. For international applicants, the combination of unrestricted admission and German-language instruction is important to understand. Admission may be administratively accessible, but succeeding in the program still requires strong academic and language preparation.
10. Bauhaus-Universität Weimar
Bauhaus-Universität Weimar provides a distinctive civil engineering option for students interested in construction, materials, environmental engineering, digital engineering, and the wider built environment. Its Faculty of Civil and Environmental Engineering offers a six-semester Bachelor of Science in Civil Engineering and several master’s degrees. The faculty describes its educational approach as preparing engineers to take responsibility for the entire life cycle of the built environment.
The university’s civil engineering environment has a strong project and research orientation. Students can encounter areas including digital engineering, management, materials and construction, environment, and resources. These areas reflect the direction in which construction is moving. Engineers increasingly use digital modeling, advanced materials, sustainability assessments, computational tools, and data to design and manage projects. Civil engineering education that incorporates these fields can therefore help students develop skills beyond traditional structural calculations.
The current bachelor’s program is listed as open admission and taught in German. For applicants with school or university qualifications from outside the EU, the university states that applications go through uni-assist. This makes Weimar another example of why international applicants should distinguish between academic admission and administrative eligibility. An open-admission course still requires your qualifications to be recognized and your application to satisfy the university’s formal conditions.
The master’s options are especially diverse. Bauhaus-Universität Weimar offers Civil Engineering with a structural engineering focus, Building Materials Engineering, Digital Engineering, Environmental Engineering, Management, and Natural Hazards and Risks in Structural Engineering. This makes the institution particularly interesting for students who want to connect civil engineering with resilience, materials, digital construction, or environmental challenges.
Weimar can also offer a different student experience from Germany’s largest cities. The city is smaller and has a strong cultural and academic identity, while the university has developed a recognizable relationship between design, construction, technology, and the built environment. If your goal is simply to find the most internationally famous university, you may naturally gravitate toward larger technical universities. If you care more about specialization, project work, and a focused built-environment environment, Weimar deserves a closer look.
Civil Engineering in Germany: Acceptance Rates and Admission Chances
One of the biggest mistakes in articles about German universities is copying American-style acceptance rates into German university guides. Most German universities do not publish a single percentage showing the proportion of applicants who receive admission to the entire institution. Instead, Germany uses different admission models depending on the degree program. The DAAD explains that some programs have admission restrictions while others do not, and that local restrictions can be determined by individual universities.
This means you should not believe claims such as “TUM has a 46% acceptance rate for civil engineering” unless the figure comes directly from a clearly defined official dataset. Third-party websites sometimes publish university-wide acceptance estimates, but these numbers may not represent a specific civil engineering program, international applicants, bachelor’s applicants, or the current admission cycle. For an international student, such a number can therefore be more misleading than useful. Program-level admission status is usually a better indicator.
For example, TUM’s current Civil Engineering B.Sc. is listed as unrestricted admission, while TU Berlin’s Civil Engineering B.Sc. is listed as admission-restricted. KIT’s current bachelor’s program is not admission-restricted, Stuttgart’s is listed as unrestricted, and University of Duisburg-Essen’s Civil Engineering B.Sc. is also listed as unrestricted. These statuses are much more meaningful than a generic university acceptance percentage.
Admission Status Comparison
| University | Current Civil Engineering Admission Information | What It Means |
|---|---|---|
| TUM | B.Sc. listed as unrestricted | Formal requirements still apply |
| RWTH Aachen | Program-specific | Check current regulations |
| University of Stuttgart | B.Sc. unrestricted | Requirements still apply |
| KIT | B.Sc. not restricted | Academic eligibility remains essential |
| TU Dresden | Program-specific | Check current program rules |
| TU Berlin | B.Sc. restricted | Additional admission procedure applies |
| Leibniz Hannover | Program-specific | Check current regulations |
| TU Darmstadt | Program-specific | Check degree-specific requirements |
| Duisburg-Essen | B.Sc. unrestricted | International qualification still assessed |
| Bauhaus Weimar | B.Sc. open admission | Non-EU applicants use required application route |
The important year-to-year comparison is therefore not an invented acceptance-rate trend. It is the change in program rules, application deadlines, language requirements, tuition policies, and international demand. DAAD reported around 402,000 international students and doctoral candidates in winter 2024/25, about 6% more than the previous year. Its 2025/26 rapid survey then estimated approximately 420,000 international students and doctoral candidates. That continued growth shows why international demand should be considered when planning your application, even though it does not translate directly into a university acceptance rate.