Programs

AI for Health (Medical informatics)

The AI for Health track is part of the Master's Programme in Medical Informatics at the University of Amsterdam. This programme focuses on applying advanced Artificial Intelligence (AI) techniques to solve complex problems in healthcare. You will explore areas such as deep learning, reasoning, natural language processing, image processing, and predictive modeling, all within a medical context. Designed for full-time study over two years, the track combines theoretical knowledge with practical application. You'll gain extensive knowledge about AI and learn how to implement this technology effectively in various healthcare settings, preparing you for a career at the intersection of AI and medicine.

AI for Materials Graduate Certificate

This graduate certificate program focuses on the intersection of Artificial Intelligence (AI) and Materials Science. It aims to equip students with the necessary skills to leverage AI and data science approaches for discovering and designing new materials. The program emphasizes rigorous interdisciplinary study, allowing students to confront complex materials design challenges and contribute to advancements in areas like energy systems, infrastructure, and healthcare. Graduates will be proficient in both materials fundamentals and data science principles, prepared to drive innovation in this rapidly evolving field.

AI in Biomedicine

The Master of Science (M.Sc.) in AI in Biomedicine is an elite, research-oriented program offered jointly by the Technical University of Munich (TUM) and Friedrich-Alexander-Universität Erlangen-Nürnberg. This program addresses the growing need for data-driven technological innovations in healthcare, driven by demographic changes, increasing chronic diseases, and rising costs. It equips students to develop and implement AI-driven solutions responsibly within biomedical contexts. Positioned at the intersection of computer science, engineering, and medicine, the curriculum provides essential competencies to analyze complex medical data using advanced AI technologies. Students learn to translate data into actionable insights and apply them to clinically relevant scenarios, such as developing interpretable AI models for clinical decision support or mitigating bias in diagnostics. The program integrates ethical, legal, and societal considerations of AI in healthcare throughout the studies. Graduates will be experts in designing, developing, and managing innovative AI systems in biomedicine, from algorithmic design to clinical integration. This prepares them for diverse careers in academia, research and development in pharmaceutical, medical technology, and tech industries, strategic consulting, innovation management, or AI-driven biomedical startups.

AI in Healthcare

This online course explores the downstream effects of Artificial Intelligence (AI) in healthcare, examining the opportunities and challenges associated with its implementation. By understanding the benefits and limitations of AI in healthcare, participants will be better prepared for its real-world clinical application. The program aims to equip you with the knowledge to integrate AI into clinical workflows, apply best practices for equitable healthcare solutions, and understand the regulatory landscape of AI applications in medicine.

AI in Law: Strategy, Practice and Innovation

This fully online, on-demand course is designed for legal professionals and business leaders seeking to understand and leverage generative AI in their practice. It provides practical strategies to enhance efficiency, improve client services, and drive business results through AI. You will learn to navigate the AI landscape, apply AI tools effectively for tasks like litigation support and contract drafting, and make informed technology decisions. The course also addresses critical ethical, privacy, and governance issues specific to AI in law, equipping you with frameworks to manage risk and ensure compliance. Upon completion, you will have a robust AI strategy and implementation roadmap, preparing you to lead innovation within the legal field.

AI Language Tools in Studies

This learning unit focuses on understanding how AI language tools function and exploring their potential applications in academic studies and scientific writing. It emphasizes a balanced approach to using generative AI, advising against both complete avoidance and exclusive reliance. The unit aims to help students find the optimal way to integrate these tools into their academic work. Upon completion, students will receive a confirmation of participation.

AI Micro-degree Program

Sejong University offers an AI Micro-degree program designed to integrate AI technology with your existing major knowledge. This program allows students interested in AI convergence to gain specialized skills by completing a set of designated courses. Upon successful completion, you will receive a certificate. The curriculum is structured into AI Foundation courses (introductory coding), AI Advanced courses (AI application focused), and AI-X courses that link your major field with core AI technologies. Each micro-degree program requires 10-12 credits, composed of a combination of these course types. Specific course requirements vary by program, so it is essential to check the "AI Micro-degree Offering Status" for details.

AI Models for Cancer Research: Bridging Clinical Challenges with Advanced Machine Learning

This course focuses on the application of Artificial Intelligence (AI) and Machine Learning (ML) in cancer research. It is designed for PhD researchers aiming to understand how these advanced technologies can help overcome challenges in cancer diagnosis, treatment, and research. The program will cover fundamental aspects of cancer, including data preparation and analysis of medical imaging, and the application of ML techniques specifically within medical imaging and radiomics.

AI-native Software, Computing Sciences and Electrical Engineering (Master of Science)

This Master's programme focuses on the design, development, and management of complex software systems, with a strong emphasis on artificial intelligence (AI) and modern web and cloud technologies. You will gain a solid foundation in computer science and software engineering principles, preparing you to create innovative digital solutions. The curriculum covers advanced topics such as big data, Internet of Things (IoT), information security, and user experience, allowing you to tailor your studies to your specific interests. The programme leverages close collaboration with the thriving IT industry in the Tampere region, offering opportunities to apply your skills to real-world challenges. Research from the Tampere Software Engineering Research Center and the AI research lab (GPTLab) ensures the programme stays at the forefront of technological advancements. This industry relevance, combined with academic rigor, prepares graduates for diverse and in-demand career paths.

Air and Space Law (Advanced LL.M.)

The Advanced LL.M. in Air and Space Law is an intensive one-year master's programme that delves into the complex legal frameworks governing aviation and space activities from both international and European perspectives. You will explore critical issues such as passenger safety, accident investigation, environmental protection, drone usage, fair competition, the sustainability of space exploration, and the militarisation of outer space. This unique programme offers a solid legal foundation taught by leading experts in academia and legal practice, preparing you to address contemporary challenges in this dynamic field.

Air Conditioning and Heat Pumps Inspection

Air Transport Management (Executive) MSc

This part-time MSc program is designed for professionals in the air transport industry who wish to advance their careers while continuing to work. It offers a flexible learning format, with most modules delivered in intensive one-week blocks, supplemented by online content and the option to attend lectures live online. This structure minimizes the need for travel to campus, making it accessible to international students. The course covers strategic management issues, leadership, and personal development, including financial and analytical skills, allowing students to tailor their studies to their career aspirations. It aims to provide a comprehensive understanding of the rapidly evolving air transport sector, which includes airlines, airports, civil aviation authorities, consultancies, and aerospace companies.

Air Transport Management MSc

The Air Transport Management MSc is designed for individuals passionate about the aviation industry. This program equips you with essential skills to navigate the complexities of airlines, airports, civil aviation authorities, and aerospace companies. With the aviation sector facing challenges and opportunities related to technological advancements, global uncertainty, and the drive towards sustainability, this MSc provides the knowledge and leadership capabilities required for future managers. Cranfield University boasts over 60 years of success in placing graduates in this field and offers world-leading facilities to address current and future industry challenges.

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.

Aircraft Engineering MSc

The Aircraft Engineering MSc is designed for professionals working in the aerospace industry who wish to advance their careers through part-time postgraduate study. The program addresses the projected demand for engineers with advanced technical and business skills in aircraft design, integration, and leadership roles. It aims to provide accelerated development, equipping students with a strong foundation for career progression and further learning requirements for Chartered Engineer status. Cranfield University has a long-standing reputation in postgraduate aerospace education since 1946, with a curriculum informed by an Industrial Advisory Panel of senior industry professionals. This MSc is delivered on a part-time, modular basis over two or three years, requiring nine weeks of attendance on campus spread across the duration. The course structure combines taught modules with a significant individual research project, allowing students to investigate topics relevant to their employers. A group project focuses on early-stage aircraft design, enhancing teamwork and communication skills.

Airframe Technology Certificate

This certificate program is designed to prepare students for careers as certified aviation maintenance technicians with an airframe endorsement. You will gain the necessary skills and knowledge to take the Federal Aviation Administration (FAA) written, oral, and practical examinations for certification. The program focuses on practical, hands-on training for direct entry into the workforce upon completion.

Airport Planning and Management MSc

This Master of Science (MSc) in Airport Planning and Management is designed for individuals seeking to understand and navigate the complexities of the global airport industry. The program equips students with skills in airport business development, strategic planning, design, operations, and environmental management. Graduates will be prepared for careers across the entire air travel value chain, including consultancies, airport operators, and aviation service providers. The course is suitable for graduates with degrees in engineering, economics, business, geography, or social sciences who have a strong interest in aviation and a drive to develop sustainable air transport solutions.

Airworthiness MSc

The Airworthiness MSc is a part-time program designed for professionals in the aviation industry who need to enhance their knowledge and skills in aircraft design, manufacture, operation, and maintenance. This course addresses the growing demand for qualified airworthiness specialists by providing a deep understanding of both technical aspects and regulatory frameworks. It is particularly suitable for engineers and technologists working in aviation safety, whether for regulatory bodies or industry, who wish to advance their careers while continuing to work.

Algebra, Geometry and Number Theory (MSc)

This Master's specialisation in Algebra, Geometry and Number Theory delves into the fundamental structures of pure mathematics, exploring areas like number theory, geometry, discrete dynamical systems, and arithmetic geometry. You will engage with advanced algebraic methods, computational aspects, and have the flexibility to tailor your studies through elective courses in fields such as algebraic number theory, algebraic geometry, and cryptology. The program is closely aligned with current research at the Mathematical Institute, offering opportunities to work on cutting-edge topics.

Algorithmic Lower Bounds: Fun with Hardness Proofs

This graduate-level course focuses on the theory of computation and algorithmic lower bounds, specifically exploring techniques for proving hardness in computational problems. The material covers fundamental concepts in complexity theory and delves into practical applications through hardness proofs in various game scenarios. It is designed for students with a strong background in theoretical computer science.

Alice Salomon University of Applied Sciences Berlin

Alice Salomon University of Applied Sciences Berlin (ASH Berlin) is a state university focused on Social Work, Health and Nursing, and Education. It is the largest of its kind in Germany within the SAGE network, offering a range of study programs designed to equip students for professional practice in social and health-related fields. The university emphasizes practical experience and interdisciplinary learning.

Alignment and Assessment Strategies