The Master of Science in Computer Science and Software Engineering at Constructor University Bremen is a research-focused consecutive master's program designed to equip students with both advanced technological knowledge and essential management and leadership skills, shaping them into future technology leaders in research and industry.

To prepare students for these leadership roles, the program provides comprehensive training in Software Engineering, covering both development and management, alongside in-depth technical courses in three critical areas:

• Software Engineering
• Cybersecurity
• Artificial Intelligence

This curriculum reflects Constructor University's research-driven approach, ensuring high-quality instruction and offering hands-on experience with cutting-edge developments in both research and industry.

Programme Outlook:

Many courses within the software engineering area at Constructor University will be taught by leading experts in the field. This collaboration provides students with direct access to real-world applications and the IT job market through Constructor's extensive international network. Additionally, students benefit from strong support provided by the Career Center, as well as resources for start-ups, including local support and incubators.

By completing this master's program, students will develop the core expertise required of digital leaders, grounded in a robust technological foundation across three complementary areas, alongside essential management and leadership skills. The program also emphasizes the acquisition of crucial soft skills necessary for effective digital technology leadership in today's global and multicultural society, enhanced by the international environment at Constructor. This comprehensive education prepares graduates to pursue research opportunities through Ph.D. programs and excel in the job market in high-profile roles.

The Curriculum at a glance:

The curriculum for the Master’s program in Computer Science and Software Engineering spans four semesters over two years. Each semester integrates a blend of core technical courses, project and seminar work, management and leadership training, and academic skills development, culminating in a master’s thesis. This thesis can focus on academic research, industrial applications, or initiatives geared towards launching a start-up.

To graduate, students must complete a total of 120 ECTS, distributed as follows:

• Technical CORE Modules: 45 ECTS
• Management Modules: 15 ECTS
• Leadership/Academic Skills Modules: 15 ECTS
• Capstone Project: 15 ECTS
• Master Thesis Module: 30 ECTS