University education has witnessed rapid transformations in recent years as a result of scientific and technological developments and the changing needs of the labor market and society. The role of universities is no longer limited to transferring knowledge and information to students. Instead, the educational process is increasingly expected to contribute to developing students’ personalities, analytical and creative thinking, problem-solving abilities, and capacity for lifelong learning. Consequently, the development of university teaching methods has become increasingly important, with a shift from traditional approaches based mainly on direct instruction toward methods that place students at the center of the learning process. Modern teaching methods can be defined as a range of educational approaches and strategies designed to increase learning effectiveness by engaging students in knowledge construction and developing their abilities in thinking, application, discussion, and experimentation. These approaches do not depend on a single method but include various practices such as active learning, cooperative learning, problem-based learning, project-based learning, blended learning, flipped classrooms, and experiential learning. The appropriate method should be selected according to the nature and objectives of the course, students’ level, and available resources. Active learning is one of the most prominent contemporary approaches in university education. It aims to make students active participants rather than passive recipients of information. This can be achieved through discussions, group activities, case studies, problem-solving tasks, and practical applications. Such an approach can increase students’ engagement with course content, develop analytical and critical thinking, and strengthen the connection between theoretical knowledge and practical situations. Problem-based learning is another important approach that presents students with a real or realistic problem and guides them through analyzing the problem, searching for relevant information, and proposing appropriate solutions. Its importance lies in moving students beyond memorizing information toward applying and using knowledge in new situations. It also contributes to developing critical thinking, decision-making, and teamwork skills. This approach is particularly relevant to disciplines that require practical abilities and creative solutions, including art, design, engineering, and applied sciences. Project-based learning connects theoretical knowledge with practical experience by engaging students in completing a specific project through stages such as planning, research, design, implementation, and evaluation. This method can develop time-management, teamwork, communication, and problem-solving skills while providing students with opportunities to transform academic knowledge into a practical product or achievement. In art and design education, for example, a project may take the form of an artwork, design concept, prototype, or applied creative product, making the learning process more closely connected to creative practice. Digital technologies have also contributed significantly to the development of university teaching methods. Educational platforms, multimedia resources, electronic materials, and interactive tools can now be integrated into the learning process. Blended learning combines face-to-face instruction with digital learning, while the flipped classroom approach allows students to access basic learning materials before class and use classroom time for discussion, application, and practical activities. These approaches can provide greater flexibility in learning; however, their effectiveness depends on appropriate planning and the purposeful selection of technological tools rather than using technology simply for its own sake. Modern teaching methods also contribute to redefining the role of the university teacher. The teacher is no longer the sole source of knowledge but becomes a facilitator, guide, and designer of learning experiences. The teacher’s role includes organizing activities, asking meaningful questions, providing feedback, encouraging research and exploration, monitoring student progress, and creating an educational environment that supports dialogue and experimentation. This transformation requires teachers to develop scientific, pedagogical, and digital competencies, as well as the ability to select appropriate methods for different educational situations. Continuous assessment is another important component of improving educational quality. Student assessment should not be limited to final examinations but can include activities, projects, discussions, portfolios, and practical assignments that measure the development of knowledge and skills throughout the learning process. Regular feedback allows students to identify their strengths and areas requiring improvement while enabling teachers to modify their teaching approaches according to students’ learning needs. Despite the advantages of modern teaching methods, their implementation may face several challenges, including extensive curricula, large numbers of students, limited resources or facilities, the need for continuous teacher training, and resistance to change among some students or teachers. Therefore, improving university education does not necessarily mean completely replacing traditional methods with modern ones. Rather, it requires developing a flexible educational system that combines different approaches according to course objectives, content, and learners’ needs. In conclusion, modern teaching methods represent an important approach to improving the quality of university education because they position students as active partners in the learning process and support critical thinking, creativity, problem-solving, practical application, and lifelong learning. Digital technologies, active learning, projects, and real-world problems can contribute to creating a more interactive educational environment that is closely connected to professional and social requirements. The success of these approaches ultimately depends on the ability of universities to provide appropriate learning environments, train and support teachers, and continuously develop curricula and assessment methods, thereby preparing students with the knowledge, skills, and creative abilities needed to respond effectively to future challenges.