B.Sc. Software Engineering

3 Years On Campus Bachelors Program

University of Europe for Applied Sciences

Program Overview

The BSc Software Engineering at the University of Europe for Applied Sciences (UE) is designed for students who want to build the software, applications, and intelligent systems that power the digital world. Combining programming, software architecture, cloud technologies, artificial intelligence, and machine learning, the programme prepares students to develop innovative software solutions while gaining the technical and problem-solving skills sought by employers across the global technology sector.

Curriculum Structure

Year 1: Building Core Programming and Computing Skills

In the first year, students establish a strong technical foundation in software development and computing principles. Through modules such as Programming, Computer Architecture, and Mathematics & Statistics, they learn how software systems function while developing essential coding and analytical skills. Students also gain business awareness through Management Basics and Start-Up Management, helping them understand how technology supports innovation and entrepreneurship.

Year 2: Developing Software Engineering Expertise

The second year focuses on software development methodologies and modern computing technologies. Students study modules including Backend Development, Software Engineering 1, and Cloud Computing & Distributed Systems, learning how to design, build, and maintain scalable software solutions. Additional subjects such as Big Data & Analytics, Operating Systems, and Software Testing and Software Quality strengthen their ability to develop robust and reliable software applications.

Year 3: Advanced Technologies and Industry Application

During the final year, students explore emerging technologies and advanced software engineering concepts. Modules such as Artificial Intelligence, Machine Learning and Smart Systems, and IT Security and Crypto Technologies provide hands-on knowledge of cutting-edge developments shaping the future of technology. Students then complete either a Semester Abroad or Internship, before finishing their studies with a Bachelor Thesis & Colloquium, allowing them to apply their expertise to a substantial real-world or research-focused project.

Focus Areas

Programming, Software Engineering, Backend Development, Cloud Computing & Distributed Systems, Big Data & Analytics, Artificial Intelligence, Machine Learning, IT Security, Cryptography, Software Testing & Quality Assurance, Advanced Programming, Operating Systems, Agile Development, Smart Systems.

Learning Outcomes

Graduates develop the ability to design, build, test, and maintain software systems using professional coding practices and secure development principles. They gain expertise in cloud computing, machine learning, artificial intelligence, software architecture, cybersecurity, data analytics, and agile software development, preparing them to create scalable solutions for modern technological challenges.

Professional Alignment (Accreditation)

The programme awards a Bachelor of Science (BSc) degree comprising 180 ECTS credits and is offered by the University of Europe for Applied Sciences, a state-accredited German university operating under German higher education standards. The programme is delivered within UE's technology-focused Innovation Hub and benefits from the university's institutional accreditation and quality assurance framework.

Reputation (Employability Rankings)

UE emphasises strong industry relevance through its applied-sciences approach, practical projects, international orientation, and collaboration with industry partners. The university reports that 98% of graduates find employment within 12 months of graduation, while Software Engineering graduates are prepared for careers in software companies, public institutions, management consulting, and IT departments of large corporations. UE also provides access to its Career Development Centre, which supports students with career planning and employability guidance.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Europe for Applied Sciences (UE), the BSc Software Engineering is built around practical application, ensuring that students gain hands-on experience with modern software development technologies and industry-relevant methodologies. From the first semester, students work on programming projects, software design challenges, cloud-based systems, and emerging technologies such as artificial intelligence and machine learning. The programme is delivered at UE's Innovation Hub, a technology-focused campus environment designed to foster innovation, entrepreneurship, and collaboration between students and industry. Through project-based learning, applied research, and real-world development tasks, students graduate with experience that closely mirrors professional software engineering practice:

Programming and Advanced Programming modules, where students develop practical coding skills and learn how to design and implement software applications.
Backend Development coursework, providing hands-on experience in building server-side applications, databases, and scalable software architectures.
Software Engineering 1 and Software Engineering 2, focusing on software development methodologies, project workflows, system design, and collaborative development practices.
Cloud Computing & Distributed Systems, enabling students to work with modern cloud technologies and distributed software environments used by technology companies worldwide.
Software Testing and Software Quality, where students learn industry-standard approaches to quality assurance, testing, debugging, and software reliability.
Artificial Intelligence and Machine Learning & Smart Systems modules, allowing students to develop practical knowledge of intelligent systems and emerging AI technologies.
IT Security & Crypto Technologies, providing experience in secure software development and cybersecurity principles.
Big Data & Analytics coursework, helping students analyse and process large datasets to support data-driven decision-making.
Applied project work and collaborative assignments, enabling students to work in teams and solve realistic software engineering challenges using professional development approaches.
Internship or Semester Abroad option in the fifth semester, allowing students to gain industry experience or international exposure before completing their final thesis.
Bachelor Thesis & Colloquium, giving students the opportunity to undertake a substantial software engineering or technology-focused project and demonstrate professional-level problem-solving abilities.
UE Innovation Hub, located near Berlin, offering a modern technology-focused learning environment within one of Germany's leading innovation ecosystems.

Software & Digital Tools

The programme includes practical training in programming, cloud computing, software engineering, artificial intelligence, machine learning, cybersecurity, and data analytics. However, specific programming languages, software platforms, development environments, cloud providers, or industry software tools are not explicitly listed on the official programme page.

Group Projects

Collaborative software engineering projects and development assignments are embedded throughout the programme, reflecting the teamwork-oriented nature of professional software development.
Students work on project-based learning activities that integrate programming, software design, analytics, and systems development concepts.

Internships & Industry Exposure

Internship Semester option (Semester 5), allowing students to gain direct industry experience and apply their software engineering skills in a professional environment.
Semester Abroad option (Semester 5), providing international academic and cultural experience while developing global professional competencies.

Research Facilities & Innovation Environment

UE Innovation Hub, a specialised technology-focused campus that supports innovation, entrepreneurship, and collaboration in digital and software-related fields.
Access to UE's research-oriented learning environment, where students engage with contemporary topics such as artificial intelligence, machine learning, cloud computing, and cybersecurity.

Libraries & Learning Resources

Access to campus libraries, digital learning resources, collaborative study spaces, and modern teaching facilities.
Technology-enabled learning environments designed to support software development projects, research activities, teamwork, presentations, and independent study.

Progression & Future Opportunities

Graduates of the BSc Software Engineering at the University of Europe for Applied Sciences (UE) are prepared to enter one of the fastest-growing sectors in the global economy. With expertise in software development, cloud computing, artificial intelligence, machine learning, cybersecurity, and data analytics, students graduate with the technical and problem-solving skills needed to develop innovative digital solutions across a wide range of industries. Typical career paths include Full Stack Developer, Software Architect, Cloud Solutions Consultant, and Cyber Security Consultant.

The programme's strong practical focus, industry engagement, and technology-driven curriculum help students build the experience and professional competencies sought by employers worldwide:

Career Development Centre (CDC): UE students have access to the university's Career Development Centre, which provides guidance on career planning, employability development, networking opportunities, and professional career support throughout their studies.
Strong graduate employability: UE reports that 98% of graduates find employment within 12 months of graduation, reflecting the university's emphasis on practical, industry-relevant education and career readiness.
Industry partnerships and collaboration opportunities: The Software Engineering programme provides access to internships and real-life business projects through cooperation partners including digital start-ups, innovation hubs, CODE_FACTORY (DKB), fintech incubators, and technology-focused organisations within the Innovation Hub ecosystem.
Technology ecosystem advantage: Students study at the UE Innovation Hub near Berlin/Potsdam, a region with hundreds of IT companies, thriving start-up activity, and technology employers including companies such as Oracle and SAP, creating valuable networking and career opportunities.
Long-term accreditation value: Graduates earn a Bachelor of Science (BSc) with 180 ECTS credits from a state-accredited German university. UE is system-accredited and operates under German higher education quality standards, ensuring international recognition of the qualification.
Industry-relevant graduation outcomes: According to UE, software engineering graduates can pursue careers as CRM Developer, Full Stack Developer, Software Test Manager, Cloud Solutions Consultant, Cyber Security Consultant, and Software Architect across software companies, public institutions, management consultancies, and corporate IT departments.
Professional experience before graduation: Students can choose an Internship Semester or Semester Abroad, enabling them to build practical experience, international exposure, and professional networks before entering the workforce.
Salary prospects: While UE does not publish bachelor's-specific salary figures, the university notes that software engineering professionals are in high demand across industries. For graduates who continue to the MSc Software Engineering, UE cites career opportunities with expected salaries ranging from €60,000 to €100,000 annually, depending on experience, industry, and role progression.

Further Academic Progression:

After completing the BSc Software Engineering, graduates can continue their studies through specialised postgraduate programmes in areas such as Software Engineering, Artificial Intelligence, Machine Learning, Cybersecurity, Cloud Computing, Data Science, or Business Informatics. UE offers an MSc Software Engineering, where students deepen their expertise in advanced software development, cloud technologies, software security, machine learning, generative AI, and leadership, preparing them for senior technical and architectural roles within the technology sector.