Roll over the highlighted terms below to read a definition or explanation.
If you take your journey through this course seriously and work through all the exercises and the expositions, you will develop a broad cross-disciplinary understanding of the nature of academic knowledge and inquiry. Within this framework, you will develop the ability to:
- justify a position/claim you subscribe to;
- critically evaluate a position that you come across, along with any justification that accompanies it;
- pursue a methodology appropriate for a given question; and
- participate meaningfully in an academic or public debate on a controversial issue.
You will use the Table of Contents on the right to navigate throughout the course. Click on Unit 1 to see an overview of the first unit, or go straight to Section 1.2 to get started on the exercises.
There are several resources located at the top right corner of the site - Additional Materials, the Road Map, and the Glossary. Utilizing these tools as you work through the lessons will help you get the most out of this course.
The material on this website would be useful for students, teachers and anyone who values an educated mind.
[A note for teachers and graduate students]
• Learning involves discovering, inventing, and evaluating ideas, as well as modifying and
restructuring the contents of your mind, not just receiving information from outside.
• The strategies of learning that you develop in one course can and should enhance and illuminate
what you learn in other courses.
In keeping with these assumptions, "working through" this course involves not simply clicking through the course or passively reading/listening, but experiencing the processes of discovery, invention, and evaluation that lead to a modification and restructuring of your mind through active engagement with the tasks.
A) Helping learners acquire the capacity to learn independently of teachers and textbooks and to engage in
diverse modes of inquiry is more important than providing knowledge and information in the classrooms.
(Given the right pedagogy, learners acquire a great deal of knowledge and information as a by-product of
the activities designed to develop the capacity for independent learning and independent inquiry.)
B) Understanding the structure and general principles of knowledge and information is more important
than the details and specifics of the content of knowledge and information, although that abstract structure
and body of general principles need to be rooted in examples with concrete details and specifics.
C) Understanding the structure and general principles of inquiry across, as well as beyond, disciplinary
boundaries is as important as discipline and topic specific details of research.