Abstract:

Inorganic chemistry serves as a fundamental subject in university chemistry disciplines. To address the issues of fragmented knowledge points, monotonous teaching method and insufficient training in disciplinary thinking, we explored a "stepped-task driven + multi-dimensional output" model. Focusing on intermolecular forces as a case study, this approach incorporates diverse and interactive evaluation methods, including the use of Rubrics assessment scales. The practical implementation of this teaching model has shown promising outcomes, effectively facilitating personalized student development, enhancing active engagement, strengthening professional identification and cultivating disciplinary literacy.

Key words: Stepped-task, Multi-dimensional output, Inorganic chemistry, Intermolecular forces