Approximate reading time: 10 minutes
“Cogito ergo sum.” This famous Latin phrase comes from French philosopher René Descartes in the early 1600s. Translated into English, it means “I think, therefore I am.” It’s actually a profound philosophical idea, and people have argued about it for centuries: we exist, and we are aware that we exist because we think. Without thought or the ability to think, we don’t exist. Do you agree? Even if you think Descartes got it wrong, most would say that thought is intimately connected to being human and that, as humans, we are all thinking beings.
What, then, are thinking and thought? Below are some basic working definitions:
Thinking is the mental process you use to form associations and models of the world. When you think, you manipulate information to form concepts, engage in problem-solving, reason, and make decisions.
Thought can be described as the act of thinking that produces thoughts, which arise as ideas, images, sounds, or even emotions.
Many great thinkers and theorists have dedicated their lives to the study of thought, trying to understand exactly how humans receive, absorb, generate, and transmit thought—and also how they learn. One such thinker was Benjamin Bloom, an American educational psychologist who was particularly interested in how people learn. In 1956, Dr. Bloom chaired a committee of educators that developed and classified a set of learning objectives, which came to be known as Bloom’s taxonomy. This classification system has been updated a little since it was first developed, but it remains important for both students and teachers in helping to understand the skills and structures involved in learning.
What exactly are learning objectives? You may have already noticed them listed throughout your courses' syllabi. Learning objectives are goals that specify what someone will know, care about, or be able to do as a result of a learning experience. These learning skills can be divided into three main categories or “domains”:
the Cognitive domain (what you should know)
the Affective domain (what you should care about)
the Psychomotor domain (what you should be able to do).
Since this section of the course is focused on patterns of thought, we’ll cover the cognitive domain of learning.
The cognitive domain of learning is divided into six main learning-skill levels, or learning-skill stages, which are arranged hierarchically—moving from the simplest of functions like remembering and understanding, to more complex learning skills, like applying and analyzing, to the most complex skills—evaluating and creating.
The lower levels are more straightforward and fundamental, and the higher levels are more sophisticated.
When you are skilled in remembering, you can recognize or recall knowledge you’ve already gained, and you can use it to produce or retrieve or recite definitions, facts, and lists.
Skills: Identify, relate, list, define, recall, memorize, repeat, name
Understanding is the ability to grasp or construct meaning from oral, written, and graphic messages.
Skills: Restate, locate, report, explain, express, discuss, describe, conclude
When you apply, you use learned material (or you implement the material) in new and concrete situations.
Skills: Apply, relate, develop, translate, use, organize, demonstrate
When you analyze, you have the ability to break down or distinguish the parts of material into its components so that its organizational structure may be better understood.
Skills: Analyze, compare, contrast, examine, discover, differentiate, investigate, inquire
With skills in evaluating, you are able to judge, check, and even critique the value of material for a given purpose.
Skills: Assess, argue, evaluate, measure, decide, consider, deduce, validate
With skills in creating, you are able to put parts together to form a coherent or unique new whole. You can reorganize elements into a new pattern or structure through generating, planning, or producing.
Skills: Create, construct, design, develop, write, produce, prepare, propose
From Bloom’s taxonomy of learning skills, you can see that thought and thinking can be understood as patterns—systems and schemes within the mind. There is order and structure in the way we think and in the way we process and internalize information.
As we look at patterns of thought, we can also think about the power of thought. As a result of many amazing and potent research and discoveries, the scientific community is learning a great deal about how plastic, malleable, and constantly changing the brain is. For example, the act of thinking—just thinking—can affect not only the way your brain works but also its physical shape and structure.
Watch this TEDx video about how positive and negative thoughts can affect your performance.
Many of us are accustomed to very traditional learning styles due to our experience as K–12 students. For instance, we can all remember listening to a teacher talk and copying notes off the chalkboard. In the college setting, you’ll discover that instructors teach their course materials according to the method they think will be most effective for all students. Thus, regardless of your individual learning preference, you will be asked to engage in all types of learning. For instance, even though you consider yourself to be a “visual learner,” you will still probably have to write papers in some of your classes. Research suggests that it’s good for the brain to learn in new ways and that learning in different modalities can help learners become more well-rounded.
Consider the following statistics on how much content students absorb through different learning methods:
10 percent of content they read
20 percent of content they hear
30 percent of content they visualize
50 percent of what they both visualize and hear
70 percent of what they say
90 percent of what they say and do
The range of these results underscores the importance of mixing up the ways in which you study and engage with learning materials.
Next, consider experiences you’ve had with learning something new, such as learning to tie your shoes or drive a car. You probably began by showing interest in the process, and after some struggling, it became second nature. These experiences were all part of the learning process, which are known as the Four Stages of Competence:
This will likely be the easiest learning stage—you don’t know what you don’t know yet. During this stage, you mainly show interest in something or prepare for learning. For example, if you wanted to learn how to dance, you might watch a video, talk to an instructor, or sign up for a future class. Stage 1 might not take that long because you don’t know what you don’t know.
This stage can be the most difficult for learners because you begin to register how much you need to learn—you know--what you don’t know. In Stage 1, the learner only has to discuss or show interest in a new experience, but in stage 2, they begin to apply new skills that contribute to reaching the learning goal. In the dance example, you would now be learning basic dance steps. Successful completion of this stage relies on practice. You know how much more you need to learn.
You are beginning to hone some parts of the learning goal and are feeling some confidence about what you do know. For example, you might now be able to complete basic dance steps with few mistakes without your instructor reminding you how to do them. Stage 3 requires skill repetition.
This is the final stage in which learners have successfully practiced and repeated the process they learned so many times that they can do it almost without thinking. At this point in your dancing, you might be able to apply your dance skills to a freestyle dance routine that you create yourself. However, to feel you are an "expert" of a particular skill by the time you reach Stage 4, you still need to practice constantly and reevaluate which stage you are in so you can keep learning. For example, if you now felt confident in basic dance skills and could perform your own dance routine, perhaps you’d want to explore other kinds of dance, such as tango or swing. That would return you to Stage 1 or 2, but you might progress through the stages more quickly this time because of the dance skills you acquired earlier. [1]
Active learning happens when students participate in their education through activities that enhance learning. Group projects, discussions, and writing are examples of active learning because they involve doing something. Those activities may also involve just thinking about what you’re learning.
Here are a few examples of active learning activities that may experience in Westmoreland courses:
Class discussions: Class discussions can help students stay focused because they feature different voices besides the instructor. Students can also hear or read one another’s questions and comments and learn from them. You may also find yourself completing online discussion activities in a face-to-face course. This gives you the opportunity to think through your responses before posting them.
Watch this Tedx Talk about an interesting way of tricking your brain into learning.
Writing assignments: Instructors may ask students to write short reaction papers or journal entries about lessons or reading assignments. The course you're in now, PDV 101, uses this activity style and class discussions extensively. The purpose is to help you review and reflect on what you've just learned so that hopefully you understand and remember the material. It's also a way to communicate questions and concerns about the material to your instructors.
Student-led teaching: Many instructors believe that a true test of whether students understand concepts is being able to teach the material to others. For that reason, instructors will sometimes have students work in groups, research a topic or review assigned readings, and then prepare a mini-presentation and teach it to the rest of the class. This activity can help students feel more accountable for their learning and work harder since classmates will be relying on them.
Many instructors conduct their classes mainly through lectures. The lecture remains the most pervasive teaching format across the field of education. One reason is that the lecture is an efficient way for the instructor to control the content, organization, and pace of a presentation, particularly in a large group. However, there are drawbacks to this “information-transfer” approach, where the instructor does all the talking and the students quietly listen: Students have a hard time paying attention from start to finish—the mind wanders. Also, current cognitive science research shows that adult learners need an opportunity to practice newfound skills and newly introduced content. Lectures can set the stage for that interaction or practice, but lectures alone don’t foster student mastery. While instructors typically speak 100–200 words per minute, students hear only 50–100 of them. Moreover, studies show that students retain 70 percent of what they hear during the first ten minutes of class and only 20 percent of what they hear during the last ten minutes of class.
Thus, it is especially important for students in lecture-based courses to engage in active learning outside of the classroom. But it’s also true for other kinds of college courses, including the ones with active learning opportunities in class. Why? Because college students spend more time working (and learning) independently and less time in the classroom with the instructor and peers. Also, much of one’s coursework consists of reading and writing assignments.
So how can these learning activities be active? The following are very effective strategies to help you be more engaged with and get more out of the learning you do outside the classroom:
Write in your books: You can underline and circle key terms or write questions and comments in the margins of your books. The writing serves as a visual aid for studying and makes it easier for you to remember what you’ve read or what you’d like to discuss in class. If you are borrowing a book or want to keep it unmarked so you can resell it later, try writing keywords and notes on Post-its and sticking them on the relevant pages.
Annotate a text: Annotations typically mean writing a brief summary of a text and recording the works-cited information (title, author, publisher, etc.). This is a great way to “digest” and evaluate the sources you’re collecting for a research paper, but it’s also invaluable for shorter assignments and texts since it requires you to actively think and write about what you read.
Create mind maps: Mind maps are effective visuals tools for students, as they highlight the main points of readings or lessons. Think of a mind map as an outline with more graphics than words. For example, if you were reading about coffee, you might write “Coffee” in a large circle in the center of a piece of paper. Connected to the middle circle would be lines or arrows leading to smaller circles with visual representations of coffee elements. Then, these circles might branch out to even smaller circles containing the attributes of each coffee element—kind of like the example on the right.
In addition to the strategies described above, the following are additional ways to engage in active reading and learning:
Work when you are fully awake, and give yourself enough time to read a text more than once.
Read with a pen or highlighter in hand, and underline or highlight significant ideas as you read.
Interact with the ideas in the margins (summarize ideas; ask questions; paraphrase difficult sentences; make personal connections; answer questions asked earlier; challenge the author; etc.).
To stay active as you read, keep the following in mind:
What is the CONTEXT in which this text was written? (This writing contributes to what topic, discussion, or controversy? Context is bigger than this one written text.)
Who is the intended AUDIENCE? (There’s often more than one intended audience.)
What is the author’s PURPOSE? To entertain? To explain? To persuade? (There’s usually more than one purpose, and essays almost always have an element of persuasion.)
How is this writing ORGANIZED? Compare and contrast? Classification? Chronological? Cause and effect? (There’s often more than one organizational form.)
What is the author’s TONE? (What are the emotions behind the words? Are there places where the tone changes or shifts?)
What TOOLS does the author use to accomplish their purpose? Facts and figures? Direct quotations? Fallacies in logic? Personal experience? Repetition? Sarcasm? Humor? Brevity?
What is the author’s THESIS—the main argument or idea condensed into one or two sentences?
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Patterns of Thought. Authored by: Linda Bruce. Provided by: Lumen Learning. License: CC BY: Attribution. Adapted from the original work.
The Learning Process. Authored by: Jolene Carr. Provided by: Lumen Learning. License: CC BY: Attribution. Adapted from the original work.
Active Learning. Authored by: Jolene Carr. Provided by: Lumen Learning. License: CC BY: Attribution. Adapted from the original work.
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Bloom's Taxonomy. Authored and provided by: Vandy CFT. License: CC BY: Attribution
Bloom's Taxonomy. Provided by: Wikipedia. License: CC BY-SA: Attribution-ShareAlike
The Power of Thought. Authored by: TEDx. License: CC BY-NC-ND: Attribution-NonCommercial-NoDerivatives
The Super Mario Effect - Tricking Your Brain into Learning More. Authored by: TEDx. License: CC BY-NC-ND: Attribution-NonCommercial-NoDerivatives
Thought. Provided by: Wikipedia. License: CC BY-SA: Attribution-ShareAlike
Mindmap: coffee project. Authored by: Rob Enslin. License: CC BY: Attribution
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The Four Mandatory Stages to Becoming an Expert in any New Skills. Authored by: Som Bathla. Provided by: Medium. License: All Rights Reserved.