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  1. Homepage
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  3. Civil Engineering B.Sc. (optional dual study mode)
[Translate to English:]
© HSB - Ana Rodriguez

School of Architecture, Civil and Environmental Engineering

Civil Engineering B.Sc. (optional dual study mode)

Creating something that lasts: In our Bachelor's degree programme in civil engineering, you’ll learn how to design our cities and regions to be livable, sustainable, and future-ready.

Overview

Degree Bachelor of Science
Start of study Winter semester
Application period Winter semester 01 June until 15 July
Standard period of study 7 semesters
Credits 210
Accredited

Yes

Admission restricted Yes
Admission requirements
  • General higher education entrance qualification (German Abitur) or entrance qualification for studies at universities of applied sciences or placement examination/special admission
  • preliminary 13-week work placement in a construction-related occupational field, of which evidence must be provided at latest before starting your third semester of studies
  • German language skills (native speaker or level C1 for universities)
Language of instruction German and English
Faculty/institution School of Architecture, Civil and Environmental Engineering
Stay abroad No
Study format Dual study optional

Ready for professional practice

Civil engineering is of fundamental importance to our society. A well-functioning infrastructure and high standards in the construction industry are crucial to ensuring a high standard of living. With a Bachelor of Science degree, you will acquire a broad range of skills in the field of civil engineering. Building and bridge construction, structures for renewable energy systems, transport engineering, hydraulic and underground engineering, and construction management form the core of our practice-oriented degree programme. As a civil engineer, you will play an active role in shaping the sustainable future of our cities and regions, working alongside a wide range of project stakeholders. The consistent focus on practical application across all degree programmes is a key hallmark of the project-based civil engineering degree programme at Hochschule Bremen University of Applied Sciences:

  • Practical modules in every semester provide you with real-world preparation for the professional challenges of civil engineering.
  • A practical module links the skills you have learnt directly to the requirements of the construction industry – and connects you with employers.
  • International and national field trips, including regular visits to building sites, provide an introduction to current construction practices.

Applied science is not just an empty phrase in your degree programme at HSB. Our philosophy is this: you don’t study just to accumulate knowledge, but to prepare for (professional) life – and you won’t be just another number in the system. Thanks to the small class sizes, not only does everyone know everyone else, but the lecturers are always open to questions along the way. Working in project groups, in particular, provides you with the best possible preparation for your future working life. Here, you’ll develop skills such as teamwork, independent learning and time management. 

One degree programme – two options

The Bachelor’s degree programme in ‘Civil Engineering’ can be completed either as a classic or as a dual, work-integrated degree programme:


During your practice-oriented degree programme at the HSB, you will be trained to become generalist civil engineers. In the first few semesters, you will acquire a basic understanding of mathematics, natural sciences and engineering, and be prepared for the practical application of engineering principles. From the fourth semester onwards, you will gain a broad overview of all the key areas of civil engineering. You can choose one of the two specialisations, ‘Structural Engineering’ or ‘Infrastructure’, or study without a specialisation and tailor your course with optional modules to suit your personal interests. Using Building Information Modelling as a basis, you will work on interdisciplinary problems using BIM-compliant tools. Through your final Bachelor’s thesis, you will demonstrate your ability to solve challenging theoretical and application-oriented problems as well as practical tasks. The research-intensive institutes and laboratories offer ideal working conditions for your study projects and provide an insight into current research topics.

Classic or dual?

The classic degree programme takes place entirely at the university, where you will study in seminars and in the laboratory. The dual programme includes additional practical placements with an employer, your industry partner. You will follow the same course of study as classic students, but will gain in-depth practical knowledge and be trained for your future job whilst still studying.
 

  • If you would like to play an active role in shaping the sustainable future of our cities and regions alongside numerous project partners, the standard programme offers a seven-semester degree in civil engineering.

    It comprises seminar-based teaching modules, laboratory exercises, practice-oriented projects drawn from professional practice, and a work placement. For your practical study projects, the faculty’s IT infrastructure and research-intensive laboratories provide you with optimal working conditions and offer an insight into current research projects. You will gain an understanding of construction practice through practical sessions, projects, field trips and the final work placement.

    Practical Focus

    An integral part of the degree programme is a practical placement semester, which can be undertaken either in the fifth or seventh semester. As part of this practical phase, you will work in construction companies, engineering firms, building authorities, laboratories or research institutes. This enables you to apply the knowledge you have acquired directly to engineering tasks.

    The project modules introduce you to the professional field of civil engineering and equip you with techniques for academic work and project management, as well as experience of group dynamics. An extensive network of industry partners in the construction sector, urban planning and environmental engineering anchors the programme’s curriculum in the region and beyond.

     

  • In the dual-study variant of the Bachelor’s degree programme, companies are actively involved in imparting skills through theory-to-practice transfer projects. The standard duration of study is therefore also seven semesters, as it is for full-time students. In addition, dual-study students work for their industry partners during the lecture-free period and learn practical professional skills through ongoing projects.
    The prerequisite for a place on the dual-study programme is an employment contract with a partner organisation. Through the practical transfer modules, which ensure the continuous involvement of dual-study students in the partner organisations’ projects, a new format of collaboration between HSB and businesses is being implemented; this deliberately avoids a two-phase model with alternating periods of work experience and study. To take part in the dual-track programme, the partner companies are required to pay a contribution of 250 euros per month.

    Plus in practical experience: You have an employer, your practice partner, at your side right from the start, where you can gain qualified practical experience during your studies and prepare yourself step by step for your future job.

    Financial support: Your practice partner will also pay you a salary during the theoretical phase at the university so that you can cover your living costs and concentrate fully on your studies.

    No need to search: You don't need to look for a part-time job, an internship, a partner for your practical Bachelor's thesis or a job after your studies. You already have everything - with your practice partner.

    To the practice partners

    Information for employers

    Order employer information on civil engineering

    The Civil Engineering degree programme collaborates with numerous renowned partner companies in the construction industry. Right from the start, you’ll benefit from a dual-track approach that is entirely geared towards providing you with sustainable professional qualifications. Of course, you can also apply for a dual study programme with companies that are not listed here. We’d be happy to help you with that!

     

Perspectives

A market of opportunities awaits you: Civil engineering is a very wide-ranging and multi-faceted course. After graduating, all doors are open to you in the construction industry!

Civil engineering is a very broad and multifaceted degree programme. Once you have completed your degree, all doors to the construction industry will be open to you! Civil engineers work as team players, both at home and abroad, collaborating closely with architects, project planners and other engineers. There are around 82,700 private construction companies in Germany, as well as a large number of engineering and planning firms, ranging from small and medium-sized enterprises to international corporations. Employers can be found across a wide range of sectors. Of particular importance are the construction industry, the building trades, engineering firms and public authorities. As construction projects are carried out worldwide, an international career is also a possibility.

Your varied working environment ranges from project and specialist planning to site management and supervision. Transport companies, service providers and the property and project development sector also offer you forward-looking career opportunities. 

For example, you can work in the fields of structural and civil engineering, hydraulic engineering, environment, transportation or network infrastructure and take on the following tasks:

  • Design, planning and construction of buildings
  • Site management and project management for construction projects
  • Construction supervision and quality control during the construction phase
  • Construction supervision and compliance with building regulations and guidelines
  • Advising clients and contractors on construction-related issues
  • As construction projects are realized worldwide, an international career is also possible.

You can also work in research and teaching at universities or research institutes - or become self-employed and set up your own engineering firm.

With our Master's degree in Civil Engineering - Sustainable Planning and Building, you can further improve your career prospects and advance to management positions.

Course of study

  • Full-time students take part in the project module. Dual-study students undertake the theory-practice transfer project.

    In the first semester, both modules are identical. Both standard and dual-track students are introduced to the fundamentals of civil engineering together at the university. The following course content is covered:

    • Fundamentals of academic work
    • Fundamentals of surveying
    • Practical use of key surveying instruments
    • Fundamentals of technical English for civil engineering
  • The module serves to teach selected topics

    •     Structural principles and joining of the main components of a simple structure: basement, floor, sill, exterior wall, interior walls, openings, stairs, ceiling and roof.
    •     Principles, properties and simple joining in masonry construction.
    •     Fundamentals of thermal insulation and moisture protection, as well as the common types of calculations and regulations.
  • The module serves to teach selected topics on the

    Building Materials Science:

    • Description and differentiation of key building material parameters
    • Determination of building material parameters in the laboratory; use of units of measurement
    • Influence of building material parameters and properties on structural requirements
    • Understanding of regulations, standards and technical specifications
    • Manufacture, processing and modification of selected building materials
    • Distinction between natural and artificial building materials
    • Chemical and physical properties and areas of application of selected organic and inorganic building materials

     

    Construction Management:

    • Project phases according to the HOAI
    • Project structure planning, definition of construction phases
    • Rhythm and flow production
    • Cost and output values
    • Forms of presentation for construction schedules, including network and bar charts
    • Elements of construction logistics and site organisation
    • Selected construction methods from building and civil engineering

     

  • The module serves to teach selected topics on the

    • Newton’s axioms
    • Decomposition and composition of forces
    • Conditions of equilibrium in the plane and in space
    • Central and general force systems
    • Bearing and joint reactions
    • Centres of gravity of lines, surfaces and solids
    • Loads and load types (line loads)
    • Calculation of statically determinate planar trusses, including special methods
    • Normal stresses and member deformation due to normal and shear forces
    • Introduction to kinetics (Polplan)
  • The module serves to teach selected topics on the

    Engineering Mathematics:

    • Use of a collection of mathematical formulae and a scientific calculator
    • Application of calculus, modelling using elementary and composite functions
    • Application of linear algebra, vector and matrix calculus
    • Analytical geometry,
    • Numerical mathematics, solving systems of linear equations and non-linear equations, Newton’s method and linear adjustment
    • Fundamentals of descriptive statistics

    Construction Informatics:

    1. Computer arithmetic and floating-point numbers
    2. Carrying out numerical calculations and data visualisation using spreadsheet programmes and MATLAB calculation software
    3. Object-oriented, geometric building modelling with Revit
    4. Fundamentals of Building Information Modelling (BIM)
  • The module serves to teach selected topics related to module contents of the 1st and 2nd semesters:

    Full-time students attend Project Module II at the university. Dual-study students undertake the Theory-Practice Transfer Project II with their industry partners. The following course content is applied in a project-based context:

    • Technical terms, concepts and roles in Building Information Modelling (BIM)
    • The principles of building physics relating to heating and cooling in buildings
    • Structural design of external walls
    • Load assumptions, load transfer and preliminary dimensioning of foundations, walls and ceilings
    • Digital project scheduling and project management during project implementation
    • Project reporting in accordance with academic criteria
  • The module serves to teach selected topics:

    •     Structural and building physics principles for the joining of the structure and envelope.
    •     Principles, properties and simple joining of skeleton construction.
    •     The interaction between building materials, their structural-physical properties and construction methods.
    •     Basics of sound insulation and the common calculation methods and regulations.
  • The module serves to teach selected topics on building materials technology:

    • Description and differentiation of key building material parameters in relation to the building materials presented
    • Determination of building material parameters in the laboratory; use of units of measurement
    • The influence of building material parameters and properties on structural engineering requirements
    • Manufacture, processing and modification of selected building materials and composite materials
    • Chemical and physical properties and aspects of the application of selected building materials
    • Fundamentals of concrete production, processing and curing
    • Testing of mortar, fresh and hardened concrete
  • The module serves to teach selected topics on the fundamentals of structural analysis and steel construction:

    • Theory of elasticity in two-dimensional and three-dimensional stress space
    • Differential equation of bending
    • Stability theory and buckling of members
    • Adhesion and friction
    • Calculation of statically determinate systems and the use of two-dimensional truss design software
    • Fundamentals of structural design in steel construction
    • Design of steel beams, including simplified stability checks in steel construction in accordance with DIN EN 1993-1-1
    • Safety concept in accordance with DIN EN 1990
    • Load assumptions in accordance with DIN EN 1991-1-X

     

  • The module serves to teach selected topics:

    • Methods of differential and integral calculus for real-valued functions
    • Initial and boundary value problems for ordinary differential equations with constant coefficients
    • MATLAB LiveScript and MATLAB toolboxes
    • Software development, algorithms and procedural programming in MATLAB
    • Computer-aided finite element analysis of planar truss structures using StaR
  • Full-time students attend Project Module III at the university. Dual-study students undertake the Theory-Practice Transfer Project III with their industry partners. The following course content is applied in a project-based context:

    • Analysis of the geometric and alphanumeric information density in BIM specialist models
    • Modelling and attributing guidelines for BIM standards
    • Non-destructive testing methods for component inspection
    • Processing and evaluation of measured data using descriptive statistics
    • Fundamentals of total station surveying and satellite-based surveying for terrain modelling
       
  • The following topics are covered in the lecture Fundamentals of Urban Water Management:

    • The water cycle and legal requirements (EU Water Framework Directive)
    • Flow behaviour of water in the ground (well inflow and infiltration of rainwater)
    • Elements of drinking water supply, water transport
    • Fundamentals of calculating the water supply network
    • Fundamentals of wastewater disposal and rainwater management
    • Basic methods in wastewater treatment
    • Water resources and the water cycle; hydrological terms and parameters
    • Precipitation, evaporation, runoff, design flood
    • Measurement methods for data collection in surface water bodies
    • Standing surface water bodies – lakes and reservoirs
    • Flowing inland surface water bodies – hydraulics, morphology, development and maintenance
    • Inland flood protection and hydraulic engineering for energy generation
    • Design vessels and the waterway transport system
    • Artificial waterways – significance, standard profiles, locks and lifting stations
    • Tidal rivers – natural environmental conditions
    • Current projects in hydraulic engineering and field trip

     

    • Urban layouts as contextual factors for the development of transport systems
    • The arrangement of different land-use types in cities and their requirements for urban transport systems
    • Sociodemographic indicators, target groups, needs and reasons for mobility as determining factors for transport systems
    • The key regulatory frameworks for road and air transport planning
    • The key regulatory frameworks governing accessibility in public spaces
    • Practical experience of accessibility (field trip)

  • The module is designed to teach selected topics on fundamentals of structural analysis and solid construction.  

    • Calculation of statically indeterminate systems using the force method
    • Application of the work theorem, Betti’s and Maxwell’s theorems, and the reduction theorem
    • Calculation of spatial truss structures
    • Use of commercial spatial truss analysis software
    • Structuring a verifiable structural analysis
    • Introductory principles of reinforced concrete construction
    • Building materials, characteristic values and composite behaviour of load-bearing members
    • Aspects relating to ensuring durability and fire safety
    • Safety concept and load assumptions for structural design in solid construction
    • Structural models and specific features of internal force analysis in reinforced concrete construction
    • Design for bending with and without axial force
    • Design for shear forces
    • General reinforcement and design rules; graphical representation of reinforced concrete members
    • Digital methods of structural design in reinforced concrete construction

     

  • The module is designed to provide basic knowledge ofHydromechanics. In detail, the following aspects are covered:

    • Properties of water
    • Fundamental equations of hydrostatics and hydrodynamics
    • Hydrostatic pressure, resultant pressure force and centres of pressure for general flat surfaces and submerged curved bodies
    • Seepage flow in porous media
    • Fundamentals of pipe hydraulics and pump sizing
    • Fundamentals of channel hydraulics
    • Flow and surge, and changes in flow regime
    • Structures with underflow and overflow
    • Field trip to a dam / river course

     

  • The module serves the in-depth teaching of interdisciplinary fields of work for project work in building construction, industrial construction and civil engineering. 

    Full-time students attend Project Module IV at the university. Dual-study students undertake the Theory-Practice Transfer Project IV with their industry partners. The following course content is applied in a project-based context:

    • Urban planning design as part of the preparation of a local development plan
    • Planning of water supply and wastewater disposal for a housing estate
    • Structural design of a reinforced concrete slab with a joist and the design of a roof truss
    • Data quality and quality assurance for building information models
    • Principles and techniques of model-based collaboration in the BIM process
    • Project management in the BIM process

     

  • The module is designed to teach basic and selected topics in hydraulic engineering and transportation. In detail, the following aspects are covered:

    • Tendering, Contract Award and Settlement (AVA)
    • Cost groups and cost calculation in accordance with DIN 276 ‘Costs in the Construction Industry’
    • Fee calculation in accordance with HOAI
    • Fundamentals of construction accounting
    • Cost categories
    • Direct costs of individual services
    • Site overheads, general business costs, risk and profit
    • Procedure for construction costing

     


  • The module serves to teach selected topics.

    Soil Physics

    • Origin, composition and physical properties of soils
    • Definitions of objective parameters and indices
    • Soil as a building material
    • Classification schemes
    • Technical soil parameters
    • Laboratory testing
    • Field investigation methods
    • Principles of ground investigation

    Soil Mechanics Laboratory Practical

    • Soil Mechanics Laboratory Testing
    • Soil mechanics standards and regulations

    Shallow Foundations

    • Stresses in the soil
    • Deformations of the ground (settlements)
    • Stability of foundations
    • Stress theories
    • Determination of the ultimate bearing capacity
    • Verification of resistance to sliding
    • Verification of resistance to overturning
  • Specialisation in Structural Engineering

    • Timber Construction I / Steel Construction II

     

    Specialisation in Infrastructure

    • Transport Planning II

     

  • Specialisation in Structural Engineering

    • Structural Engineering II, including CAE

    Specialisation in Infrastructure

    • Hydraulic Engineering II
  • Full-time students attend Project Module V at the university. Dual-track students undertake Theory-Practice Transfer Project V with their industry partners. The following course content is applied in a project-based context:

    • Working with the HOAI
    • Project planning and management in accordance with service phases 1 to 3 as per the HOAI
    • Use of the BIM method for structural and building models
    • Elevation-based, georeferenced models (GIS)
    • Reporting and documentation
    • Use of scientific methods
  • The module serves to teach selected topics. In detail, the following aspects are covered:

    • Legal constitution
    • Forms of contract
    • Building law provisions of the BGB
    • Building law provisions of the VOB
    • Deformations of the ground (settlement)
    • Methods of ground improvement
    • Pile foundations (principles, pile construction techniques, determination of pile forces, force transfer into the ground, calculation methods for preliminary design)
    • Earth pressure and earth resistance (phenomena and terminology, calculation methods)
    • Retaining wall analysis (sheet piling, force conditions of the stabilised ground step, static structural forms for sheet piling, modelling; solution algorithms)
    • Anchors
    • Methods of excavation shoring (slopes, excavation walls, waterproofed bases)
    • Subsurface hydraulics (groundwater flow, well formulas, dewatering methods)
    • Soil mechanics laboratory practical
  • Specialisation: STRUCTURAL ENGINEERING

    • Steel Structures III

    Specialisation: INFRASTRUCTURE

    • Road and Rail Construction
  • A selection from the following modules:

    • Interdisciplinary Design (in English)
    • Structural Engineering 3
    • Rail Transport: Organisation and Operations
    • International Sustainable Mobility Systems (in English)
    • Traffic Flow Simulation
    • Construction Project Management
    • Construction Business Management

     

    or another module from the range offered by HSB or international partner universities

  • Full-time students attend Project Module VI at the university. Dual-track students undertake the Theory-Practice Transfer Project VI with their industry partners. The following course content is applied in a project-based context:

    • Working with the HOAI as an extension of the previous project
    • Project planning in accordance with service phases 4 to 6 (and, where applicable, 1–3) of the HOAI in the chosen specialist discipline
    • Model-based design in building design and, where applicable, structural engineering
    • BIM methodology for project management
    • Cost estimation in accordance with DIN 276
    • Reporting and documentation
    • Presentation to the ‘client’/‘jury’
    • Application of scientific methods
  • Specialisation in Structural Engineering

    • Structural Analysis III and Computer-Based Methods

     

    Specialisation in Infrastructure

    • Public Transport Systems
  • Specialisation in Structural Engineering

    • Innovative Timber Construction

    Specialisation in Infrastructure

    • Urban Water Management – Water Networks (SIWA)
  • Choose from the following modules:

    • Concrete Technology / Experimental Structural Analysis
    • Masonry Construction
    • Special Civil Engineering and Tunnel Construction
    • Port Construction and Coastal Engineering
    • Transport Systems 1
    • Transport Systems 2
    • Lean Construction

     

  • Choose from the following modules:

    • Concrete Technology / Experimental Structural Analysis
    • Masonry Construction
    • Special Civil Engineering and Tunnel Construction
    • Port Construction and Coastal Engineering
    • Transport Systems 1
    • Transport Systems 2
    • Lean Construction

    or another module from the range offered by HSB or international partner universities

     

  • Practical phase (12weeks):

    The concrete learning contents result from the engineering field of activity selected by the student in a company, a public authority, a scientific institution or another institution regularly acting as an employer. The tasks and fields of activity during the practical phase should be based on the teaching areas of the university lecturers in the Department of Civil Engineering in order to provide highly qualified professional supervision. The 13-week practical phase is generally to be carried out in a coherent manner.  

    Practical seminar (4 SWS):

    The practical seminar serves the preparation and follow-up of the practical phase; in particular, the following are covered

    •     Self-management and work planning in everyday professional life
    •     Formulation of interim reports, reports and reports
    •     Practice of project management  
    •     Application

     

  • The Bachelor’s thesis takes 9 weeks to complete. The specific content of the course is determined by the topic chosen and prepared by the students or lecturers in the field of civil engineering. The topic of the Bachelor’s thesis should be aligned with the course content.

    To support preparation and supervision, the following topics are covered in a thesis seminar:

    • Formulating technical and practical research questions
    • Project planning and management
    • Selection and application of methods
    • Structuring scientific or technical texts
    • Presenting technical and scientific research findings
    • Delivering and discussing technical and scientific presentations

Additional information

    • Become an expert: From the 4th semester onwards, you can specialise and choose one of two specialisations: Structural Engineering or Infrastructure
    • Plus point: If you complete the associated compulsory modules, a corresponding addition will appear on your Bachelor's certificate.
    • Everything can, nothing must: Choosing a specialisation is optional. If you do not choose a specialisation, you can freely select and combine the compulsory specialisation and compulsory elective modules according to your own interests.
    • Further information: The exact descriptions of the compulsory specialisation modules can be found below in the module manual 2024.
  • Large elective area: If you do not choose a specialization, you have a total of 8 modules (5 compulsory specialization modules and 3 compulsory elective modules) at your disposal, which you can use to design your course of study according to your individual interests.
    Free modules: For even more freedom of choice, you can even choose 2 of the 3 compulsory elective modules from the free modules offered by HSB or at our international partner universities (subject to programme approval).
    Topicality guaranteed: If necessary, the range of compulsory elective modules is adapted to the changing conditions in the construction industry.
    Further information: The exact descriptions of the compulsory elective modules can be found below in the module manual 2024.

     

  • If you are not fresh out of school with an advanced mathematics course, you can acquire or refresh the essential basics for the mathematics modules of the degree programme with our engineering mathematics preparatory course. This is generally recommended for everyone, but especially for those who graduated from school a long time ago or who do not have an advanced mathematics course.

    The course takes place annually for first-semester students on the Bachelor's degree programme in Civil Engineering and Environmental Engineering in the week before the start of lectures.

    Preparatory course in engineering mathematics

Annotated Course Catalogue for the Winter Semester 2026/27 (currently only available in German, English version will follow)

  • HSB_Bau_B.Sc.Kommentiertes_Vorlesungsverzeichnis_2026_27.pdf (PDF, 2 MB, File does not meet accessibility standards)

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Study Civil Engineering @HSB!

Practical orientation

Our Bachelor's degree programme in Civil Engineering is characterised by a high degree of practical relevance. This enables you to apply your theoretical knowledge in real-life situations and develop a better understanding of the practical challenges and requirements of civil engineering.

Thanks to our large network of cooperation partners from the construction industry, urban planning and environmental engineering, the programme has a close connection to practice and can incorporate current topics directly into the programme.

  • In addition to the theory modules, a project module is offered each semester in which you work independently in small groups on practical professional problems during the semester. The project modules introduce you to the professional field of civil engineering and teach you techniques of scientific work, project management and experience with group dynamic processes.

    Dual students complete the project module (here: theory-practice transfer project) from the 2nd semester with their practice partner. The exchange about the project and the presentation of the project results takes place together with all students in the semester group.

     

     

  • In the seventh and final semester, you will complete a twelve-week internship in which you will work in construction companies, engineering offices, building authorities, laboratories or institutes. This enables you to apply the knowledge you have acquired directly to engineering tasks and immerse yourself more deeply in the professional field.

     

  • In our laboratories, you will apply the methods of civil engineering. Here you can tinker, measure, analyze and experiment - and sometimes make a mistake. In this way, you will develop a sense of what is possible and acquire the necessary skills that are essential for your job as a civil engineer.

     

    • BIM/GIS laboratory
    • Laboratory for geotechnics
    • Laboratory for experimental statics
    • Laboratory for structural engineering
    • Laboratory for Building Materials Technology
    • Laboratory for Traffic and Road Construction (LaVeS)
    • Laboratory for Hydraulic Engineering
    • Laboratory for Environmental and Biotechnology
    • Laboratory for Circular Economy
  • Our Bachelor's degree course in Civil Engineering is taught on site, which means that you study at Bremen University of Applied Sciences. You will meet many different people with whom you will learn together, discuss and work on joint solutions, but also have difficult conversations and arguments. As a result, you will develop the social skills you will need in your future job as a civil engineer in order to implement complex construction projects as a team player together with other participants.

     

Practice partner

You can apply for the dual track with our practice partners. The dual track is only just being set up and the list of practice partners will be gradually expanded. You are also welcome to “bring along” a company with which you would like to do a dual track.

 

  • Civil Engineering Practice Partner – dual-track programme

Internationality

As a civil engineer, you can also work abroad, for example if you work for a globally active company or an international construction company or take on projects abroad as a self-employed person.

Specialist English in selected courses: English-language courses are interwoven into certain modules to familiarize you with the technical language. In the fifth semester, modules are held in English if required.

Voluntary semester abroad: You can integrate a voluntary semester abroad into the Bachelor's degree programme in Civil Engineering. The Faculty of Architecture, Civil and Environmental Engineering maintains relationships with numerous universities abroad. The central International Office and the Decentralised International Office (DIO) of the faculty will advise you on the organisation and financing of your stay abroad.

Bremen University of Applied Sciences (HSB) maintains 400 university partnerships in around 70 countries worldwide. 20 per cent of HSB students come from all over the world, and around 70 per cent of all graduates gain international experience during their studies – a record high in Germany. Bremen University of Applied Sciences is a member of the STARS EU consortium. The consortium brings together the strengths of nine long-established, complementary European universities to establish a forward-looking European university.

The Faculty of Architecture, Construction and Environment cooperates in teaching and research – including through Blended Intensive Programmes – with partner universities in Portugal, the Netherlands, Spain, Poland, the Czech Republic, Sweden, Albania and France, amongst others.

Please feel free to contact us if you have any questions about studying abroad during your degree.

All partner universities of HSB

What else you can benefit from...

  • Detlef Hegemann Digital Platform

  • Scholarships, prizes, funding

  • Master's degree immediately afterwards

Application

  1. Inform

    Check the application deadlines and admission requirements for your desired degree programme.

    The following also applies to the dual track: Ask our practice partners or other employers whether they are currently offering a dual track place at HSB.

    The contact persons listed below will answer any questions you may have about the degree programme. If you have any further questions about your decision to study at HSB, our Central Student Advisory Service can help you.

  2. Apply

    The following applies to the dual track: You first apply for a dual track place with a practice partner. Only once you have concluded a study contract with them can you register for the dual track in the HSB application portal.

    The following applies to the standard track: You apply directly to HSB.

  3. Accept a study place

    Have you been admitted by the HSB? Congratulations! Now accept your place and enrol.

    • Accepting a place and enrolling online
  4. Welcome to HSB!

    Let's get started: Your studies begin in October! During the orientation week, all first-semester students receive the information they need to start their studies.

    The dual track often starts as early as August or September. The time before the start of your studies is used to get to know your practice partner and to introduce you to the company.

Specific admission requirements

  • For admission to the Bachelor's degree programme in Civil Engineering, you need a pre-study work placement

    • for a period of 13 weeks
    • which includes manual, craft activities
    • either completely in the main construction trade (only activities under paragraph 2 plus activities in steel construction) or in the main construction trade (7 weeks) and in a construction-related occupational field (6 weeks)

    includes. The internship should take place before the start of the course and should be as consecutive as possible. Proof must be submitted to the Enrolment Office upon enrolment and by October 1st of the following year (start of the 3rd semester) at the latest.

    Not recognised is an internship in an engineering office (planning activities).

    Fully recognised will be a completed vocational training in the main construction industry and the six-month internship in year 11 of the technical secondary school if it was completed in the main construction industry.

    Further information on the pre-study internship

  • If you would like to apply for the dual track, you will need a study contract with a practice partner who is registered with Hochschule Bremen - City University of Applied Sciences. The study contract must be submitted with your application.

    Please note: No training is integrated into the dual track. Therefore, no training contract will be accepted.

    You need a study contract that regulates the relationship between you and your employer during the dual track. Our dual track is “dual-practice-integrated”. This means that theory and practice are closely interlinked.

Contacts

Head of study programme

Do you have detailed questions about the Bachelor's degree programme in Civil Engineering, e.g. about the modules, the required previous math knowledge, the elective options or the workload? Then please contact our head of degree programme by e-mail at: studiengang-bau@hs-bremen.de

 

Auf dem Bild ist Anton Worobei zu sehen. Er hat braunes gekehltes Haar und trägt ein weißes Hemd unter einem hellblauen Jackett.

Prof. Dr. -Ing. Anton Worobei
Construction Management
+49 421 5905 2388
Email

Study programme office

Do you have general questions about organising your studies, the syllabuses, the examinations, or perhaps the opportunities to get involved in the student bodies? If so, please contact the study programme office.

Auf dem Bild ist Susanne Korn zu sehen. Sie trägt kurzes graues Haar und einen orangenen Pulli mit einem passenden Orange-weiß gemustertem Schal.

Dipl.-Übersetzerin Susanne Korn
Abteilungsverwaltung Bau und Umwelt, Studiengangsmanagement Bau
+49 421 5905 3200
Email

Auf dem Bild ist Ulrike Jacobs zusehen. Sie hat ihre blonden Haare zu einem Dutt zusammengesteckt. Sie trägt eine Brille und eine rot-weiß karierte Bluse.

Ulrike Jacobs
Studiengangsmanagement Bau
+49 421 5905-2907
Email

Contact persons for dual track

Would you like to study the dual track and need more information, e.g. on the procedure, the differences to the standard track and our practice partners? Or would you as a company like to offer the dual track and become our practice partner? Get in touch with us!

 

Porträtfoto Marc Gutermann

Prof. Dr.-Ing. Marc Gutermann
Structural Engineering and Experimental Statics
+49 421 5905 2345
Email

Porträtfoto Antonia Ley

Antonia Ley
International Coordinator
+49 421 5905 3207
Email

Questions about application, admission, enrollment and examination matters

Auf dem Foto ist Katja Voss-Staniczek zusehen. Sie hat lange blonde Haare und trägt ein braunes Blusenkleid.

Katja Voss-Staniczek
+49 421 5905 2327
Email

Questions about study orientation and study support

  •  

    You are not yet sure whether and what you would like to study? Or do you need support to cope with your studies, e.g. because you have family care responsibilities, have to work part-time or have learning difficulties?

    Our Central Student Advisory Service (ZSB) is your first point of contact for all questions relating to your studies!

     

    Orientation and advice

     

    Support services

  • Are you already studying civil engineering but not happy at your current university? Or would you like to switch from another engineering degree programme to civil engineering? Changing universities or switching to a different degree programme is possible under certain conditions. Whether and when you can make the switch must be assessed and prepared in advance. Please get in touch with us personally to discuss this!

    • Your personal point of contact for changing universities or changing career paths
    • Information on applying as an advanced student for a higher semester
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