Questioning the Fundamental Logic of Academic Disciplines
A structured approach to understanding any academic discipline by examining its underlying purposes, questions, concepts, information, viewpoints, assumptions, inferences, and implications.
THE IDEA
Questioning the Fundamental Logic of Academic Disciplines
To understand the most fundamental logic of a discipline is to understand the eight structures of thought that underlie it. To get at this logic, ask the following questions in any course you take or subject you study:
- What are the purposes, goals or objectives of the course or discipline?
- What questions or problems are central to it?
- What concepts will be fundamental?
- What information is essential?
- What point of view(s) or frame(s) of reference do I need to learn to reason within?
- What assumptions define the course or discipline?
- What kinds of inferences or conclusions will I need to learn how to reason?
- What are the pay-offs (implications) of reasoning well within this discipline?
Students should go to class armed with questions generated by reading their class notes and the textbook. They also might read encyclopedia entries for help with the basic logic of a subject. Some possible start-up questions are:
- What are people in this field trying to accomplish?
- What kinds of questions do they ask? What kinds of problems do they try to solve?
- What sort of information or data do they gather?
- How do they go about gathering information in ways distinctive to this field?
- What are the most basic ideas, concepts, or theories in this field?
- How should studying this field affect one’s view of the world?
- How are the products of this field used in everyday life?
These questions can be contextualized for any given class day, chapter in the textbook, or dimension of study. For example, on any given day you might ask one or more of the following questions:
- What is our main goal today? What are we trying to accomplish?
- What kinds of questions are we asking? What kinds of problems are we trying to solve?
- What sort of information or data do we need? Where are we getting that information?
- What is the most basic idea, concept, or theory we need to understand to solve the problem we are most immediately posing?
- How should we look at this problem? How does this problem relate to everyday life?
When to use it
Preparing for a class by generating questions from the syllabus and textbook to focus reading and listening.
Analyzing a new academic field or interdisciplinary topic to grasp its foundational logic quickly.
Evaluating the structure of a textbook chapter by asking what questions it aims to answer.
Improving study habits by using the eight structures of thought to deeply understand course material.
FROM THEORY TO EVERYDAY LIFE
In practice
Applying the Framework to Biology
A student in a biology class asks: What is the main goal of this class? (e.g., understanding life processes). What kinds of questions do biologists ask (e.g., how do cells function)? What concepts are fundamental (e.g., evolution, homeostasis)? This helps clarify the logic of the discipline.
Using the Questions in a History Course
A student reads a history chapter and asks: What point of view is the author using? What assumptions about historical causality are at play? What data is being selected? This deepens understanding beyond memorization.
A MOMENT TO REFLECT
Put it to work.
Think of a subject you are studying. What are its central purposes and questions? How do these differ from another discipline?
Identify an assumption you hold about a topic. How might questioning that assumption change your understanding?
When you learn a new concept, ask yourself: 'What problem does this concept solve?' and 'How does it relate to real-world applications?'
CONTINUE THE CONVERSATION
Source texts
- The Art of Asking Essential Questions Based on Critical Thinking Concepts and Socratic Principles (Linda Elder, Richard Paul)