B.Sc. Software Engineering

Learning takes place through a combination of face-to-face teaching and independent study, including lectures, practical tutorials, laboratory sessions, personal development sessions, real-life project briefs and case studies.

Students study 60 ECTS credits per year. The course structure is validated by the Technical University of Munich (26th in World University Rankings 2025), but the structure of the course is a subject to change by feedback received from a variety of sources.

1. High school/Lyceum/College diploma or higher

2. Proof of English Language Proficiency:

• - TOEFL iBT 46 or higher
• Note: We accept only the TOEFL iBT taken at approved test centers. We do not accept the TOEFL iBT Home Edition.
• - IELTS 5.5 or higher
• - CEFR B2
• - Exemptions (with a minimum pass mark) from the TOEFL, IELTS or CEFR are given for students who have one of the following equivalents:

Note: If your English proficiency test certificate is not yet available, please upload it via your personal account no later than August 18, 2025.

Entrance Exam

• - Math & Logical Thinking
• - Exemptions from the Math & Logical Thinking given for students who have one of the following equivalents:

You can also check the equivalent of your score to the Math & Logical Thinking entrance exam scores using the table below.

Students will be allowed to graduate upon completion of all requirements listed below:

•  Students must have a minimum 2.00 GPA/CGPA at the end of their final semester;
•  Student must have a minimum of 240 ECTS or as designated in Handbook;
•  Students must successfully complete all University and Program requirements;
•  Students cannot have any outstanding Incompletes or IP grades on their transcripts;
•  Student must complete all degree requirements within 7 (seven) years including any leave periods, of the initial program registration date.

Graduates of this program enjoy excellent employment prospects. With the ability to handle the increasing demands of scientific, technological and commercial development in the 21st century, they will be in high demand with the wide-ranging companies and organizations increasingly dependent on computer technology. They might start out as:

Front-end engineer - they design, develop, build, and maintain user interfaces (UI) using common programming languages such as JavaScript and CSS

Back-end engineer – they write server-side scripts and application programming interfaces (APIs) that ensure the functionality of websites and applications. Daily tasks include server optimization, security, and data handling

Full-stack engineer - they possess the technical skills of both front-end and back-end engineers. As such, they handle both client-side and server-side responsibilities

Quality assurance (QA) engineer – they are responsible for analyzing software and identifying any issues, bugs, or errors. They are involved in virtually every phase of the software development life cycle, ensuring the software meets all company requirements and validating the final product

Data engineer - their primary responsibility is to convert raw data into information that is easily accessed and analyzed. To achieve this goal, date engineers develop software systems that can compile, manage, and transform data into actionable information
DevOps engineer - they utilize their proficiencies in programming and engineering to create systems, tools, and methodologies designed to improve technologies used within a company.