Who is the Bachelor in Software Engineering at CODE University suitable for?
The Bachelor's degree programme in Software Engineering at CODE University of Applied Sciences is aimed at technology-oriented prospective students who want to develop complex software solutions and actively shape the digital world. It particularly addresses school-leavers with the Abitur, international applicants, as well as career changers with a university entrance qualification who are curious, creative, and ready to engage intensively with computer science, programming, and current IT trends such as artificial intelligence. People without prior programming knowledge but with a strong motivation for digital technologies are also explicitly targeted. The practice-oriented, English-language focus makes the programme attractive for anyone aiming for an international career in software development, data science, or IT start-ups.
What formal criteria apply for admission to the programme?
A prerequisite for admission is a recognised university entrance qualification in accordance with the requirements of officially recognised universities in Germany. The following are accepted:
- general higher education entrance qualification (Abitur or equivalent international high school diploma)
- subject-specific higher education entrance qualification
- advanced technical college entrance qualification or comparable degree
Admission takes place through a multi-stage selection process, which includes a written application and active participation in an „Admission Day“ (selection day). Prior knowledge of computer science or programming is not a mandatory requirement but can be an advantage.
You should have a strong interest in digital technologies as well as a willingness to learn through project-based work. Analytical thinking, problem-solving skills, and perseverance are helpful. Since the programme is conducted entirely in English, solid English skills (at least B2 level) are required. Teamwork and openness to trying new things are important, as great value is placed on group work, peer feedback, and independent project development. Initiative, willingness to learn, and creativity are explicitly expected in order to be successful in the dynamic environment of CODE University.
What competencies do you acquire in the Software Engineering degree at CODE?
In the Bachelor's degree in Software Engineering at CODE University of Applied Sciences, you acquire comprehensive knowledge in the design, development, and operation of sophisticated software systems. The focus is on practical skills that you develop through real project work and interdisciplinary collaboration. You will be specifically prepared for working in the tech industry and learn to accompany innovative digital solutions from concept to implementation.
- Algorithms and Data Structures: You engage with efficient methods for organising, processing, and searching data, as well as developing powerful problem-solving strategies.
- Cyber Security: You learn to identify threats, assess risks, and protect digital systems through appropriate security measures.
- Machine Learning: You develop foundational knowledge in machine learning and apply models for prediction and pattern recognition purposefully.
- Data Science: You gain skills in data collection, processing, and analysis to derive practical insights from complex data sets.
- Databases: You learn to store, manage, and search large amounts of data in a structured and efficient way.
- Web Technologies Basics: You study the basics of HTML, CSS, and JavaScript as well as the design of dynamic and interactive web applications.
- Clean Code & Software Architecture: You write maintainable, robust code and learn how software can be designed sustainably and further developed through sensible architectural decisions.
- Digital Fabrication: You gain insights into the interface between technology and design, for example through work with 3D printers and prototyping tools.
- Applied Artificial Intelligence: You learn to integrate AI-powered solutions into existing systems and optimise work processes using generative AI solutions.
The self-directed, project-oriented study structure also enables you to specialise deeply in selected focus areas:
- Web Development – from frontend to backend
- Software Operations – focus on the operation and scaling of software
- Data Science – analysing large data sets and developing data-driven applications
- Applied Artificial Intelligence – practical application of advanced AI technologies
Interdisciplinary projects, the Science-Technology-Society programme, and the international orientation promote cross-disciplinary skills such as teamwork, innovation competence, and reflective capacity on ethical and societal questions of digital technologies.
How is the Software Engineering degree at CODE organised?
The degree is designed as a six-semester on-campus programme comprising a total of 180 ECTS credits and is taught entirely in English. CODE follows a project-based, competency-oriented learning approach: From the start, you work in teams on practical and often company-related projects.
- Self-directed learning: You select your own focus areas, build an individual competency profile, and implement self-set learning goals in projects.
- Interactive formats: Workshops, group projects, and presentations with direct feedback are central learning formats.
- Flipped classroom and peer learning: Subject content is prepared independently, deepened through exchange, and practised together.
- Close supervision: Lecturers as well as experienced project partners from industry regularly coach you.
- Interdisciplinary modules: The STS programme covers societal, ethical, and philosophical aspects of digitalisation.
The curriculum is designed so that you assume responsibility early on within teams, initiate your own projects, and continuously work on your competency level. The technology platform and infrastructure allow working on-site as well as 24/7 access on campus.
What career prospects does a degree in Software Engineering offer?
With a Bachelor of Science in Software Engineering from CODE, you possess sought-after skills for the IT job market and digital economy. Graduates find attractive entry and development opportunities in various areas of the tech industry.
- Junior/Senior Software Engineer in start-ups, companies, or agencies
- Backend/Frontend Engineer developing custom (web) applications
- Cloud Engineer, Data Engineer, Site Reliability Engineer – specialisation in infrastructure, data, and operations
- Director of Engineering, Engineering Lead for technical and personnel leadership roles
- Chief Technology Officer (CTO) responsible for strategic technology development
- Founding your own start-up – CODE promotes entrepreneurship and has broad connections with the start-up scene
Your skills are in demand across industries – from tech companies, the creative sector, consultancies to innovative medium-sized enterprises. Research-related roles or direct entry into master’s programmes are also possible.
What is the learning and study environment like at CODE University?
The degree takes place on-site at the CODE University campus in Berlin-Neukölln, Donaustraße 44. The campus is modern, international, and offers a creative learning environment featuring:
- Flexible working and collaboration spaces
- Makerspace, music studio, prototyping lab as well as retreat and event rooms
- 24/7 access for students
- Community areas as well as rooms for mental health and inclusion
The university places great importance on diversity, inclusion, and interculturality. One third of the students come from abroad; numerous exchange programmes and partnerships complement the international profile.
What costs should you expect for the Bachelor in Software Engineering and how can you finance it?
The tuition fees at CODE University of Applied Sciences amount to €1,150 per month for a standard study period of 6 semesters (3 years). This results in a total amount of €41,400 for the Bachelor's degree.
- A significant proportion of students use the Pay Later model (reverse generational contract). Here, you only pay the fees after graduation and repay a percentage of your salary from a certain minimum income.
- Access to this financing model is designed independently of income, thus reducing financial barriers.
- Other options such as scholarships, BAföG, educational loans, or employer sponsorship are also available.
With these flexible financing concepts, the university aims to enable access to studies for as many motivated individuals as possible.
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