Applied Computer Science

Bachelor , Faculty Civil and Environmental Engineering , Suderburg

Digitalization is on everyone's lips. Apps, AI and networks are simplifying our lives. What ideas do you have?

In a world where software, AI and apps have become an integral part of our everyday lives, coding and networking skills are becoming a key qualification.
Studying Applied Computer Science at the Suderburg campus opens the door to a world full of exciting challenges and career opportunities. With practice-orientated learning, a strong corporate network and a wide range of career opportunities, you will be well prepared for a successful future in computer science. Be ready to change the world and take your place in the exciting world of applied computer science!

Facts at a glance

Qualification: Bachelor of Science (B.Sc.)
Faculty: Civil and Environmental Engineering
Place of study: Suderburg
Type of study: presence, full time
Admission: open admission
Start: summer and winter semesters
Scope: 7 semesters, 210 ECTS
Cost

Think globally. Study locally.

The best opportunities for your future. Choose Applied Computer Science at the Suderburg campus!

To the application (external link, opens in a new window)

Applied computer science - IT for real life

Students and lecturers from the Applied Computer Science degree programme stand and sit at tables in front of Building A during a joint breakfast. — Studierende und Lehrende des Studienganges Angewandte Informatik beim gemeinsamen Frühstück.

Fields of activity

The demand for well-trained computer scientists is greater today than ever before. With a degree in Applied Computer Science, many career opportunities are open to you. You can work on the next revolutionary application as a software developer, decipher complex information as a data analyst, set up and maintain computer networks or protect companies from cyber threats as an IT security expert. The Applied Computer Science degree programme prepares you to become part of these exciting challenges.

Employer

Business, industry, public administration, IT service providers, software houses, data centres, freelance work as a consultant or developer
Creation and maintenance of apps, programmes and applications.
Planning, implementation and maintenance of computer networks.
Design, implementation and administration of databases
Protecting computer systems, networks and data from cyber-attacks, data theft and other security threats
App development for use on mobile devices such as smartphones and tablets
Creation and maintenance of websites for companies and organisations.

Programme content

Study programme and course content

At the Suderburg campus, we focus on practical learning and a broad, fundamental understanding of computer science. In addition to the theoretical basics, we offer you numerous opportunities to put your knowledge into practice. In this way, you will gain application-oriented experience that will give you a head start on the labour market. Our close contacts with companies from the IT sector, as well as internal research projects, enable us to offer relevant projects and internships where you can demonstrate your skills and gain valuable insights into the world of work.

You will acquire skills in areas such as

Programming
Software development (application-orientated)
Software engineering
Database systems and computer structures/networks
IT security and data protection, IT law
Practical hardware and software projects

Course of study

1. until 3rd semester: Basics
4. to 6th semester: specialisation modules, compulsory elective modules, IT projects
7. 6th semester: practical project, Bachelor's thesis and colloquium

Within the Applied Computer Science degree programme, you have the opportunity to focus on the following areas:

Software development/technology
IT systems/infrastructures

Your cookie settings have blocked this video.

Do I have to be able to programme BEFORE I start my studies?

Compulsory modules in the Software Development specialisation (SWT)

4.5 IT project management
5.4 Mobile systems
5.5 Backend systems
6.3 Software project

Compulsory modules Specialisation in IT Systems and Infrastructures (ITS)

4.5 IT service management
5.4 Internet of Things and Services (IoT)
5.5 Computer networks 2
6.3 Infrastructure project

Practical learning

Our instructors have a lot of experience of how what they have learnt must later be implemented in "real life". After learning the basics, a real client situation in the field of software engineering is played out in the IT project. This module also includes the implementation of real applications for other degree programmes.

There are also many opportunities to work as an assistant on various projects during the degree programme, such as in the i-Lab, where students of civil engineering can experience virtual construction environments and building conditions using VR glasses.

If your heart beats for network technology, you can obtain the Cicso certificate of participation at our Cisco Networking Academy. You will work with the right network hardware and have access to the associated e-learning portal alongside our Cisco instructor Christian Hollmann.

Study programme with practical experience

In addition to the normal full-time degree programme, we also offer the Applied Computer Science degree programme with practical work experience. Alongside your studies, you will be employed as a working student at one of our co-operation partners .

The advantages for you are obvious. You will already be working in a company alongside your studies. This offers you the opportunity to deepen your knowledge of the programme, financial security and a secure future. Our timetable is designed so that you spend four days at the university during the lecture period and one day a week working in the company, for example.

After the Bachelor

Study plan

1. Semester

1.1 Introduction to programming (1. Semester) 10 ECTS Compulsory module

1.2 Operating systems (1. Semester) 5 ECTS Compulsory module

1.3 Fundamentals of computer science (1. Semester) 5 ECTS Compulsory module

1.4 Fundamentals of mathematics (1. Semester) 5 ECTS Compulsory module

1.5 Fundamentals of business administration for technical subjects (1. Semester) 5 ECTS Compulsory module

2. Semester

2.1 Object-orientated programming (2. Semester) 10 ECTS Compulsory module

2.2 Basics of IT system administration (2. Semester) 5 ECTS Compulsory module

2.3 Computer structures (2. Semester) 5 ECTS Compulsory module

2.4 Mathematics for computer scientists (2. Semester) 5 ECTS Compulsory module

2.5 IT law (2. Semester) 5 ECTS Compulsory module

3. Semester

3.1 Software Engineering (3. Semester) 10 ECTS Compulsory module

3.2 Database systems (3. Semester) 5 ECTS Compulsory module

3.3 Computer networks (3. Semester) 5 ECTS Compulsory module

3.4 Theoretical computer science (3. Semester) 5 ECTS Compulsory module

3.5 Hardware and software projects (3. Semester) 5 ECTS Compulsory module

4. Semester

4.1 Web technologies (4. Semester) 10 ECTS Compulsory module

4.2 Distributed systems (4. Semester) 5 ECTS Compulsory module

4.3 IT security (4. Semester) 5 ECTS Compulsory module

4.4 - Data structures and algorithms (4. Semester) 5 ECTS Compulsory module

4.5 ITS specialisation module IT service management (4. Semester) 5 ECTS Compulsory module

4.5 SWT specialisation module IT project management (4. Semester) 5 ECTS Compulsory module

5. Semester

5.1 Intelligent systems (5. Semester) 5 ECTS Compulsory module

5.2 Virtualisation (5. Semester) 5 ECTS Compulsory module

5.3 Communication skills based on current topics in computer science (5. Semester) 5 ECTS Compulsory module

5.4 ITS focus module Internet of Things and Services (IoT) (5. Semester) 5 ECTS Compulsory module

5.5 ITS specialisation module Computer Networks 2 (5. Semester) 5 ECTS Compulsory module

5.4 SWT specialisation module Mobile Systems (5. Semester) 5 ECTS Compulsory module

5.5 SWT specialisation module Backend Systems (5. Semester) 5 ECTS Compulsory module

5.6 Compulsory elective 1 (general or computer science catalogue) (5. Semester) 5 ECTS Compulsory elective module

6. Semester

6.1 IT project (6. Semester) 10 ECTS Compulsory module

6.2 Communication skills based on current topics in computer science (6. Semester) 5 ECTS Compulsory module

6.3 ITS focus module infrastructure project (6. Semester) 5 ECTS Compulsory module

6.3 SWT specialisation module Software Project (6. Semester) 5 ECTS Compulsory module

6.4 Compulsory elective 2 (computer science catalogue) (6. Semester) 5 ECTS Compulsory module

6.5 Compulsory elective 3 (general or computer science catalogue) (6. Semester) 5 ECTS Compulsory elective module

7. Semester

7.1 practical project (7. Semester) 15 ECTS Compulsory module

After successfully completing the module, students will be able to deepen their specialist knowledge depending on their chosen employer. They will be able to apply the knowledge acquired during their studies in an entrepreneurial environment and plan work processes. They are also able to work in a team and communicate with company employees from a wide range of groups at different hierarchical levels. In addition, they have the ability to work in a structured and independent manner and are able to familiarise themselves with unfamiliar working environments.

The location and topic for the practical project can be freely chosen by the student in consultation with the supervising professor. In terms of methodology and content, it should be geared towards the subsequent preparation of the Bachelor's thesis.

The practical project covers a period of 14 weeks. This includes a phase of 12 weeks at the place of work and two weeks for preparation and follow-up work as well as the preparation of the project report.

7.2 Bachelor's thesis with colloquium (7. Semester) 15 ECTS Compulsory module

The Bachelor's thesis is the final part of the programme. Students work on practically relevant topics using a systematic approach. They present and discuss their results to the examiners in a colloquium.

The topic of the thesis can be freely chosen by the students within the framework of the existing programme. The Bachelor's thesis usually builds on the content of the previously completed practical project. Care must be taken to ensure that the topic fits into the context of the degree programme. This must be determined on a case-by-case basis by the supervising professor (possibly in consultation with the examination board).

In the Bachelor's thesis, current topics from practice, practice-oriented research or technology transfer at the university are addressed and worked on independently by the students within a limited framework.

After successfully completing the Bachelor's degree, students are able to deepen their specialised knowledge depending on the chosen topic. They are able to apply the knowledge acquired during their studies in an entrepreneurial environment and plan work processes. In addition, they are able to work consistently within time constraints. They can communicate with company employees from different groups and at different hierarchical levels. They also have the ability to work in a structured and independent manner and are able to familiarise themselves with unfamiliar working environments.

5 reasons for Applied Computer Science

1.: Above-average career opportunities

Apps, software and networks have become an integral part of our lives.
2.: Driving forward digitalisation

In many areas, digitalisation still has more than room for improvement. You will drive it forward.
3.: Holistic study

We provide you with comprehensive expertise. From software development to network technology.
4.: Study programme with practical experience (work-study programme)

Also possible as a degree programme with practical involvement with a partner company (work-study programme).
5.: Also a safe bet as a second degree programme

Computer science largely determines our lives and the professional world. With a second degree in Applied Computer Science, your career opportunities will increase.

Good to know

Starting in the summer semester (March)

If you are starting in the summer semester (March), please email our Dean of Studies (opens your email program) in advance to arrange an information meeting, as the programme starts in the second semester.

Starting in the winter semester (September)

We recommend taking part in the respective preliminary courses (external link, opens in a new window) to refresh or deepen your knowledge. Registration is required in advance.

Accommodation

In Suderburg and in the nearby Hanseatic town of Uelzen, there is a wide range of affordable accommodation for our students at the Suderburg campus. The offer ranges from shared rooms to single rooms and flats.