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General physics is the basic course of the university''s science, engineering, medical and other departments, carrying the basic physics knowledge and theoretical basis for the students'' learning and development in various disciplines. The development of scientific and technological innovation needs to be based on cultivating students'' scientific inquiry ability and technology application ability. For this reason, general physics play an important role in developing the literacy and knowledge of students'' scientific inquiry and innovation, and the basic ability of applying science and technology innovation in the basic curriculum. This study aims to explore the implementation and strategies of general physics teaching, creative teaching concepts, and enhance students'' scientific literacy and creative application ability. Starting from the characteristics, classification, selection conditions and principles of teaching methods, integrating the history and laws of physics development, discussing and selecting appropriate teaching methods and implementing them for general physics classroom teaching, we design a set of teaching methods for universal application. The method mainly includes classroom lectures on the concept of general physics basic knowledge, watching the corresponding teaching content science and education film, demonstrating the experiment to present the basic principles and laws of physics, sharing the case or topic with the actual industry, setting up innovative application report operations, and mastering the basic knowledge of test detection, six main contents of degree and innovative application ability. Through the case study in teaching practice, the teaching method and teaching content are constantly adjusted, supplemented by interactive discussion, questionnaire survey, homework feedback and other means to improve it. The training and creative application ability is the focus, and the TRIZ methodology is introduced to help students build the perfect creative innovation methodology system applies the basic principles and knowledge of physics to practice, has a positive impact on future learning and development, and cultivates talents with creative practical ability.
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