Inorganic and Analytical Chemistry is a core foundational course offered by Xihua University for undergraduate majors in chemistry, chemical engineering, biology, pharmaceutical sciences, food science, materials science, environmental science, and related fields. As the “first bridge” connecting high school chemistry with university-level professional knowledge, the course aims to build a systematic foundation in chemical theory while developing students’ logical thinking and practical skills for solving complex real-world problems.
Breaking down traditional disciplinary boundaries, the course deeply integrates two major modules—Inorganic Chemistry and Analytical Chemistry—to establish a systematic knowledge framework covering the structure of matter, principles of chemical reactions, four major chemical equilibria, and titrimetric analysis. Students systematically study fundamental principles ranging from the microscopic structures of atoms and molecules to macroscopic chemical thermodynamics and kinetics. They also master the four major equilibrium systems—acid-base, coordination, redox, and precipitation equilibria—together with the corresponding titrimetric analysis techniques.
Recognized as a Xinhua News Agency Curriculum-Based Ideological and Political Education Course and a University-Level First-Class Course, the course adheres to the principles of collaborative education, value guidance, knowledge acquisition, and competency development. In addition to rigorous chemical theories, the course incorporates the history of chemistry, the scientific spirit exemplified by renowned scientists, and China’s cutting-edge achievements in the chemical industry. These elements are integrated into teaching to cultivate a rigorous and truth-seeking scientific attitude as well as a strong sense of responsibility to contribute to the country through science and technology.
The course places particular emphasis on integrating theory with practice and applying knowledge to real-world problems. Through case-based teaching and data analysis training, abstract chemical principles are transformed into practical tools for solving real-world problems. Students develop a rigorous understanding of quantitative concepts and master methods of error analysis and data processing. In this way, they acquire the comprehensive ability to independently analyze and solve problems encountered in scientific research and industrial practice using fundamental chemical principles, laying a solid foundation in chemistry for further academic study and future career development.
