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Teaching Introductory Chemistry using Concept Development Case Studies: Interactive and Inductive Learning

John S. Hutchinson

Open publisher page 23 citations

Abstract

At Rice University, we have used an unusual approach to introducing fundamental chemical concepts in the introductory General Chemistry course. New concepts are developed through inductive reasoning in a series of case studies. These are designed to complement an interactive or “Socratic” classroom technique, in which the focus is on active intellectual engagement of students in a discussion of chemical concept development. The methods are described in detail, and results are presented which demonstrate the effectiveness of the approach in developing a deeper understanding of chemistry as well as critical thinking skills.

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What this paper is about

At Rice University, we have used an unusual approach to introducing fundamental chemical concepts in the introductory General Chemistry course. New concepts are developed through inductive reasoning in a series of case studies. These are designed to complement an interactive or “Socratic” classroom technique, in which the focus is on active intellectual engagement of students in a discussion of chemical concept development. The methods are described in detail, and results are presented which demonstrate the effectiveness of the approach in developing a deeper understanding of chemistry as well as critical thinking skills.

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OpenAlex reports 23 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

At Rice University, we have used an unusual approach to introducing fundamental chemical concepts in the introductory General Chemistry course. New concepts are developed through inductive reasoning in a series of case studies. These are designed to complement an interactive or “Socratic” classroom technique, in which the focus is on active intellectual engagement of students in a discussion of chemical concept development. The methods are described in detail, and results are presented which demonstrate the effectiveness of the approach in developing a deeper understanding of chemistry as well as critical thinking skills.

Key concepts: Socratic questioning, Chemistry education, Concept learning, Computer science, Mathematics education, Focus (optics), Socratic method, Complement (music)

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