Chem. J. Chinese Universities ›› 2026, Vol. 47 ›› Issue (3): 20260054.doi: 10.7503/cjcu20260054

• Chemical Education • Previous Articles     Next Articles

Reflections and Practices on the Teaching of Atomic Spectrometry under the Guidance of the Chemistry “101 Plan”

YANG Yi(), SONG Jiayi, SU Ping, DU Zhenxia, HU Gaofei, WEI Yun, JIN Yulong, XU Suying   

  1. College of Chemistry,Beijing University of Chemical Technology,Beijing 100029,China
  • Received:2026-01-29 Online:2026-03-10 Published:2026-02-25
  • Contact: YANG Yi E-mail:yangyi@mail.buct.edu.cn
  • Supported by:
    the Undergraduate Education and Teaching Reform Research Project of Beijing University of Chemical Technology(2023), China(2023BHDJGY44);the First Batch of Commissioned and Funded Projects for Education and Teaching Reform Research of Beijing University of Chemical Technology(2024), China(No.4) and the Undergraduate Education and Teaching Reform Research Project of Beijing University of Chemical Technology(2018), China(BHDJGP10)

Abstract:

Against the strategic backdrop of the implementation of the Basic Discipline Talent Training Plan 2.0 and the Chemistry "101 plan", integrating new concepts, content, and methodologies into core course teaching is the key to improving the quality of talent cultivation. To address the problems existing in the teaching of atomic spectrometry, such as fragmented knowledge systems, abstract concepts, and the disconnection between theory and practice, this paper systematically elaborated on the teaching reform and practice of atomic spectrometry for the cultivation of innovative talents in chemistry. The reform was discussed from four dimensions: reconstruction of teaching content, innovation of teaching methods, integration of teaching resources, and integration of ideological and political education into courses. The teaching content was categorized into three levels—basic core, advanced integration, and extended frontier—to construct a modular knowledge system. For teaching methods, a diversified model incorporating the comparative method, heuristic interaction, and case-based learning was adopted to strengthen the cultivation of students' autonomous learning and innovative abilities. Multidimensional teaching resources, including textbooks, digital resources, and scientific research cases, were integrated to expand the boundaries of learning. Ideological and political elements such as patriotism and the scientific spirit were organically integrated into the entire teaching process, so as to achieve the synergistic integration of knowledge imparting, competence development, and value guidance. The relevant research findings and practical achievements are expected to provide valuable references for the teaching reform of analytical chemistry and related courses.

Key words: Chemistry "101 plan", Atomic spectrometry, Teaching reform, Cultivation of innovative talents

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