Computer Science & IT in Germany

Aircraft and Vehicle Informatics (B. Sc.)

The Aircraft and Vehicle Informatics Bachelor's program combines computer science principles with the specific demands of aircraft and vehicle industries. It addresses the critical role of software in modern mobility advancements like electric vehicles, autonomous driving, and drone technology. The program equips students with the skills to design, develop, and manage complex, networked software systems and their underlying infrastructure for aviation and automotive applications.

Applied Computer Science – Smart Systems

This Bachelor of Science program in Applied Computer Science focuses on Smart Systems, blending software and hardware to create intelligent solutions for everyday life and industry. You will learn to control and network complex systems, from small DIY projects and smart homes to advanced applications like drone technology, smart cities, and smart grids. The curriculum includes practical projects in modeling, simulation, and mobile systems, providing insights into future-oriented technologies. This specialization is ideal for technically minded individuals interested in the intersection of software and hardware.

Applied Computer Science (Angewandte Informatik)

The Applied Computer Science Bachelor's program offers a broad and practical IT education with a focus on real-world applications. You will gain fundamental knowledge and have the opportunity to specialize in areas like Artificial Intelligence (AI), Internet of Things, Embedded Systems, or Software Engineering. The curriculum covers programming, digital technology, mathematics, and software modeling, preparing you for the evolving demands of the IT industry.

Applied Computer Science (B.Sc.)

This Bachelor of Science degree focuses on Applied Computer Science with an international outlook. It includes a mandatory semester abroad to prepare students for global career opportunities. The curriculum covers a broad spectrum of computer science topics, with specializations in cloud and mobile computing, intelligent systems, and digital media. Teaching methods incorporate lectures, exercises, seminars, group work, and practical laboratory courses. Students gain hands-on experience through projects, including robotics, interactive film design, and mobile application development, such as augmented reality apps. The program emphasizes project-oriented studies from the outset, with a significant portion of learning integrated into practical projects, often in collaboration with companies.

Applied Computer Science (B.Sc.)

This Bachelor of Science program in Applied Computer Science focuses on optimizing business processes through IT. You will learn to design, implement, and operate IT solutions, analyzing operational requirements and adapting or creating new software applications. The program offers two specializations: Business Informatics, focusing on corporate IT systems and business process analysis, and Agricultural Informatics, concentrating on agricultural data processing, AI, and robotics. Currently, courses are held at the Höxter campus, but there is a plan to relocate teaching to Lemgo in the medium term. The university will provide advance notice for any such changes. Graduates will contribute to the UN's Sustainable Development Goals, particularly in the area of industry, innovation, and infrastructure.

Applied Mathematics and Computer Science (dual) B.Sc.

This dual study program combines Applied Mathematics and Computer Science, preparing you for a career as a Mathematical-Technical Software Developer. You will earn both a Bachelor of Science (B.Sc.) and a vocational training certificate within three years. The program integrates theoretical studies with practical, hands-on experience at a partner company, allowing you to apply your knowledge to real-world projects from the start. More than 100 companies across various regions offer apprenticeships, providing you with a traineeship salary and excellent career prospects. The program emphasizes small class sizes for enhanced support and has a low dropout rate. Graduates are well-positioned for further academic pursuits, including Master's degrees.

Applied Mathematics and Computer Science M.Sc.

The Master's program in Applied Mathematics and Computer Science at FH Aachen, in cooperation with Forschungszentrum Jülich, delves into the core competencies that power modern applications like AI, search engines, medical imaging, and financial markets. You will gain scientifically grounded, practical skills with direct exposure to cutting-edge research. A significant advantage of this program is its close collaboration with Forschungszentrum Jülich, one of Germany's largest research centers, which houses one of the world's fastest supercomputers. This partnership offers numerous opportunities for project and thesis work within interdisciplinary teams tackling current challenges in energy, climate, medicine, mathematics, computer science, and data science. You will gain early experience in research-intensive environments and build valuable career connections. The curriculum is highly customizable, allowing you to specialize in one of three main areas: Applied Mathematics (analyzing complex systems with modern statistics, probability, and numerical methods), Data Science (data preparation, AI/machine learning model development, critical algorithm evaluation, and data-driven decision-making), or Practical Computer Science and Scientific Computing (designing and implementing sophisticated software and simulation systems, from distributed applications to high-performance computing and visualization).

Automation & IT (Master)

The Master's program in Automation & IT is an interdisciplinary program designed for students with prior knowledge in information technology and automation. Taught entirely in English, this program aims to foster individual competency development and encourage intercultural exchange. Graduates are well-prepared for leadership roles, particularly in international companies, due to the growing convergence of IT and automation. The four-semester program focuses on key areas such as industrial communications, information security, and the integration of business information systems. This comprehensive curriculum equips students with the skills needed to excel in a field where technology and information systems are increasingly interconnected.

Automobilinformationstechnik

B.Sc. Business Informatics (Wirtschaftsinformatik)

The Bachelor of Science in Business Informatics is a fully online distance learning program designed for students interested in the intersection of business and information technology. This interdisciplinary program covers topics such as software development, databases, IT management, and digital technologies, alongside their business contexts. You will learn to analyze large data sets to inform management decisions, and transform workflows into efficient, digitalized business processes using automation and artificial intelligence. This program equips you with the skills to bridge the gap between IT and management. You will be prepared to support companies in strategic and operational digitalization, advise departments on technological issues, and contribute to solving the skilled worker shortage through digital transformation.

Bachelor Applied Computer Science Dual

The Bachelor Applied Computer Science Dual program offers a practical, job-integrated learning experience. Over seven semesters, you will gain a Bachelor of Science (B.Sc.) degree while working closely with a partner company. This dual approach means you'll spend a significant portion of your studies (50 ECTS out of 210) gaining practical experience within a company, becoming fully integrated from the third semester onwards. The program fosters a personal learning environment with small class sizes, direct contact with professors and staff, and well-equipped labs for hands-on learning. The curriculum focuses on providing practical knowledge and skills in core areas of computer science, including technologies, algorithms, and programming, alongside analytical and design methodologies. This blend of theoretical knowledge and practical application prepares graduates for development roles in various industries.

Brandenburg University of Applied Sciences - Departments

Brandenburg University of Applied Sciences offers a diverse range of programs across three main departments: Computer Science and Media, Engineering, and Business and Management. The university emphasizes practical relevance, application-oriented research, and interdisciplinary training. Students benefit from modern facilities, including specialized laboratories and collaborations with regional companies. The programs are designed to equip graduates with the skills needed for the globalized professional world, with options for specialization, international exchange, and postgraduate studies.

Business Informatics (Wirtschaftsinformatik) - Bachelor of Science

The Bachelor of Science in Business Informatics at Technische Universität Berlin is a technology-oriented program that integrates in-depth computer science knowledge with fundamental principles of business and management. The curriculum is designed to prepare students for a career in an increasingly AI-driven and digitally transforming professional world. The program focuses on the conception and technical implementation of distributed, web-based enterprise applications, data processing and management using classic methods and modern AI systems, and the economic organization and design of companies within societal contexts. Students will develop analytical and creative problem-solving skills, precision in communication, and proficiency in presentation techniques through project work and seminars. The program structure includes a foundational phase (Semesters 1-4) covering mathematics, computer science, and business administration, followed by a specialization phase (Semesters 5-6) offering a wide range of modules for individual profile development. The curriculum is updated to align with digital transformation trends, incorporating topics on social responsibility and sustainability. The program culminates in a Bachelor's thesis, leading to an internationally recognized, professionally qualifying degree.

Computer Science

Computer Science

This Master of Science program in Computer Science is designed for students who have completed a Bachelor's degree in computer science or a related field. It offers a research-oriented environment with a focus on various specialisms within the department, including applied computer science, software engineering, AI, and data science. The program aims to equip students with advanced knowledge and practical skills for designing and implementing complex IT systems. The curriculum features a significant amount of project-based work, allowing students to delve deeply into specific areas of interest. Collaboration with research groups provides opportunities to engage with current research activities. The program structure supports students in developing expertise in chosen fields, culminating in a Master's thesis often completed in well-equipped labs. Graduates of this program will be well-prepared for the high demand for IT specialists in virtually all sectors of modern life. The program's breadth and depth ensure students are ready for future challenges and opportunities in the rapidly evolving field of computer science.

Computer Science - Master of Science

This Master of Science program in Computer Science focuses on developing advanced problem-solving skills combined with specialized knowledge and an international perspective. You will deepen your technological expertise using cutting-edge tools while learning scientific methodologies. The program offers specialization tracks in Edge Computing, Smart Manufacturing, Machine Learning, and Scientific Computing. A key feature of this program is its bilingual nature, requiring proficiency in both German and English (at least B2 level). Core modules and Machine Learning modules are taught in English, while other modules may be offered in either English or German.

Computer Science M.Sc.

The Master of Science (M.Sc.) in Computer Science at Karlsruhe Institute of Technology (KIT) is an English-taught program offering a high degree of flexibility. You can tailor your studies by choosing two specialization subjects from a wide range of areas, including theoretical foundations, algorithm engineering, cryptography, data science, software engineering, embedded systems, telematics, machine intelligence, and robotics. The program allows for deep dives into specific fields or a broader exploration of computer science topics.

Digital Engineering and Applied Informatics (B.Eng.)

The Bachelor's degree in Digital Engineering and Applied Informatics is a 100% online distance learning program designed for students interested in digitalization with a focus on computer science. You will develop interdisciplinary skills in engineering and computer science, alongside essential business administration knowledge and IT application possibilities. Through specialized electives, you can tailor your studies to your interests. This program prepares you for roles addressing complex digitalization challenges, such as connecting IoT networks to existing IT infrastructures, managing large datasets from smart machines, or tackling cybersecurity issues. The flexible study model allows you to determine your study duration, learning pace, location, and study times, making it ideal for combining with work or other commitments. It also serves as a strong foundation for further master's studies in computer science, artificial intelligence, or engineering.

Electrical Engineering and Information Technology

Electrical Engineering and Information Technology M.Sc.

The Master of Science in Electrical Engineering and Information Technology at KIT offers a flexible and individually tailored study experience with a strong emphasis on research-oriented teaching and practical application. The program spans four semesters and awards 120 ECTS credits. Students have significant freedom in choosing modules within specialized fields and electives, allowing for a personalized academic path. The curriculum includes fundamental courses, focus area modules, a lab course within the specialization, elective modules, and interdisciplinary qualifications to broaden skill sets.

Energiewirtschaft & Informatik M.Sc.

The energy sector is undergoing significant transformation, moving from a relatively simple market to one with numerous actors and complex challenges. While experts in individual disciplines of energy economics are common, professionals who can integrate knowledge from various fields are rare. This Master's program aims to equip you with comprehensive expertise, preparing you to shape the future of energy. It uniquely combines specialized knowledge from energy economics, energy technology, and computer science/mathematics.

Informatics - Master of Science (M.Sc.)

The Master of Science (M.Sc.) program in Informatics at the Technical University of Munich offers a comprehensive and in-depth study of computer science. It builds upon your existing knowledge and provides opportunities for specialization in various advanced areas. The program equips you with the analytical, creative, and constructive skills needed to evaluate, develop, and implement innovative software and hardware systems for diverse applications. You will gain profound formal, algorithmic, and mathematical expertise, alongside practical skills in analysis, design, implementation, project management, and technology. Graduates are prepared for expert roles in research, development, and application across numerous sectors or for doctoral studies.

Informatics: Games Engineering

The Bachelor's program in Informatics: Games Engineering at Technical University of Munich (TUM) offers a strong foundation in informatics and mathematics, combined with specialized knowledge in game technologies. This program is designed to equip students with the skills needed to understand and utilize the latest advancements in computer graphics, sound, simulated worlds, and interactive technologies, which drive the rapidly evolving games industry. Students will gain comprehensive expertise in areas such as computer graphics, simulation, artificial intelligence, interaction design, game engines, and mobile internet-based social games. The curriculum also emphasizes core informatics concepts like programming languages, computer architectures, algorithms, data structures, software engineering, databases, computer networks, and operating systems. Complementary studies in mathematics, including analysis, linear algebra, and discrete structures, further enhance the academic profile. Practical experience is a key component, with opportunities for games internships and projects, some in collaboration with industry partners or within TUM's internationally recognized research laboratories. Graduates will be well-prepared for diverse roles in the booming games market and in industries increasingly integrating 'serious games,' such as automotive, aerospace, medicine, banking, and management. This program also serves as an excellent foundation for pursuing a Master’s degree in Informatics: Games Engineering or related fields.

Informatik

Informatik (B.Sc.)

The Bachelor of Science in Computer Science (B.Sc.) at AKAD University is a 100% online distance learning program designed to equip students with the essential theoretical and practical skills to become highly sought-after IT specialists. This program is suitable for both aspiring IT professionals and those looking to deepen their existing knowledge in information technology. Students will gain core competencies in both theoretical and practical computer science, alongside interdisciplinary skills in business administration and engineering. This flexible program allows you to study at your own pace, with completion options ranging from 36 to 72 months. It focuses on providing a broad understanding of computer science, preparing graduates to actively shape the digital future across various industries. Graduates will be proficient in developing IT systems and finding efficient solutions in collaboration with professionals from diverse fields.

Informatik B.Sc.

Informatik M.Sc.

Informatik und Multimedia

Information Technology (Teacher Training), B.Sc.

This Bachelor of Science program prepares you to teach Information Technology at vocational schools. It combines core IT knowledge with essential teaching methodologies and educational sciences. You will gain a strong foundation in computer science, mathematics, and electrical engineering, alongside practical skills in pedagogy and didactics. The program includes a mandatory six-week teaching internship in a school setting, allowing you to apply your learning and gain practical experience. This degree is designed for students who are specifically aiming for a teaching career and is not a purely technical degree.

Information Technology (Teacher Training), M.Ed.

This Master of Education program is designed for individuals who aspire to become vocational school teachers in Information Technology. Building upon a relevant bachelor's degree, this program focuses on equipping you with the pedagogical skills to teach IT content effectively. You will deepen your understanding of core IT concepts while also gaining expertise in educational sciences, teaching methodologies for your subject combination, and language acquisition. The curriculum emphasizes practical application, including lesson planning, delivery, reflection, and classroom research, alongside interdisciplinary skills in learning psychology and educational diagnostics. A mandatory practical semester allows you to observe, analyze, and conduct supervised teaching practice, preparing you for the realities of the classroom. This program is specifically for those pursuing a teaching career and is not intended for individuals seeking purely technical roles.

Information Technology (Teilzeit)

M.Sc. Information Technology

Master Applied Computer Science

The Master of Science (M.Sc.) in Applied Computer Science is a practice-oriented program building upon a Bachelor's degree in Computer Science or a related field. It aims to deepen fundamental knowledge in areas like algorithms, mathematics, technologies, and programming, while allowing for specialization in specific topics. The program emphasizes the development of skills to analyze complex requirements, propose solutions, plan implementation, and manage projects using modern methods. It fosters interdisciplinary thinking, scientific approaches, and conceptual work, preparing graduates for leadership roles in planning and executing challenging, multidisciplinary projects in companies.

Master of Arts in Transforming Digitality

The Master of Arts (MA) in Transforming Digitality (TRADY) is an interdisciplinary program designed to equip students with essential 21st-century skills. It focuses on developing advanced digital competencies alongside crucial creativity, communication, and collaboration abilities. Graduates will be prepared to support, guide, and manage digital transformation processes within various organizations from diverse professional viewpoints. The program also encourages critical reflection on the phenomena of digitality and digitalization. Learning in TRADY is highly agile and project-oriented, with content delivered across multiple faculties, including Architecture, Design, Electrical Engineering and Information Technology, Mechanical and Process Engineering, Media, and Social Sciences and Cultural Studies. This collaborative approach fosters innovative teaching methods and relevant course content for professional success. TRADY is not solely a technical program; it aims to prepare students for roles at the intersection of concept, implementation, and technology, emphasizing agile working, digital learning, and collaboration techniques, while also covering economic aspects and modern leadership. While module titles are in English, the primary language of instruction is German. However, a strong command of English is necessary for understanding key technical literature. The program offers opportunities for periods abroad and leads to a Master of Arts degree.

Master of Science (M.Sc.) in Informatics

The Master of Science (M.Sc.) program in Informatics at Karlsruhe Institute of Technology (KIT) is a German-taught program designed for students seeking advanced, research-oriented education in computer science. The program offers significant flexibility, allowing you to tailor your studies to your specific interests through a wide range of elective modules and specialization areas. You can focus on deepening your knowledge in core areas of computer science or broaden your expertise by selecting minors from related disciplines. The curriculum emphasizes independent research and practical application, culminating in a master's thesis. The program structure allows for considerable personalization. You can choose elective modules freely, define your areas of specialization (e.g., Theoretical Foundations, Cryptography, Software Engineering, Robotics), and select minor subjects from a variety of fields including mathematics, physics, law, business, and humanities. Additionally, interdisciplinary qualifications such as language or social skills courses can be pursued. The program is structured over four semesters, leading to 120 ECTS credit points.

Master of Science in Computer Science (Part-time)

The Technical University of Munich (TUM) offers a part-time Master of Science (M.Sc.) in Computer Science, designed for students who need more flexibility due to personal commitments such as family responsibilities, chronic illness, disability, or professional obligations. This program is a full-time, on-campus degree that allows for a reduced workload per semester, resulting in a longer overall study duration. Students can choose between a 66% or 50% study model, which determines the maximum number of credits they can earn each semester and consequently, the extended study period.

Mechatronics and Information Technology B.Sc.

This Bachelor of Science program in Mechatronics and Information Technology offers a comprehensive education by integrating mechanical engineering, electrical engineering, and information technology. It focuses on the design and implementation of mechatronic systems, which are essential in modern industries like automotive, production technology, and medical technology. The curriculum provides a solid foundation in all core disciplines, with opportunities for practical application through workshops and projects. Automation, robotics, and the Internet of Things are key areas explored, equipping students with advanced IT skills alongside engineering knowledge.

Mechatronics and Information Technology M.Sc.

The Master of Science program in Mechatronics and Information Technology at Karlsruhe Institute of Technology (KIT) offers advanced interdisciplinary knowledge spanning Mechanical Engineering, Electrical Engineering, Information Technology, and Computer Science. This program is designed to prepare you for demanding roles in industry and research. You will have significant flexibility in shaping your studies, with the ability to choose modules in a sequence that best suits your interests and learning goals.

Promotion in AI, Informatics or Engineering Sciences

Scientific Computing, M.Sc.

The Scientific Computing Master of Science program is a highly application-oriented and research-focused program designed to address current scientific and technical challenges. Students will learn to develop comprehensive solutions for tasks in engineering and natural sciences, covering mathematical modeling, numerical analysis, and software implementation. The curriculum provides extensive knowledge in scientific computing, applied mathematics, and allows for specialization in areas like numerical mathematics, financial mathematics, or stochastic models. Additionally, students can choose to deepen their understanding in related non-mathematical disciplines such as physics, chemistry, engineering, biology, or medicine.