Take some time to reflect on the current state of your critical thinking competencies. Consider your thinking processes when you started the course. Have they changed at all?
Before I started this course, my way of thinking had been heavily influenced by the scientific process. This was due to having a strong ability and inclination to the math and science fields at a young age. This tendency was further nurtured by being involved in elementary and junior high school science fairs. By being able to successfully develop an experiment and be recognized by winning awards for my work as a kid helped to further spark my interest and confidence in this area. These events led me towards taking more challenging math and science classes as I progressed academically to obtain my degree in Physics and land my job as a scientist for the military.
In science, the way of finding out the answer to a question is to form an experiment. This method is usually inspired from our own observations that prompts us to ask a question. From this question, we can infer or deduce a plausible outcome or make an educated guess known as a hypothesis. From this, we can develop an experiment to test this possibility through falsifiability to either confirm or reject the hypothesis.
Photo: The scientific process shown as a diagram (HowStuffWorks, 2017).
The steps of the scientific process correlate to many of the elements and standards of critical thinking. According to Nosich (2012, p. 5), the three parts of critical thinking include asking questions, answering the questions with reason, and then believing the results. This relates to the scientific process where ‘asking the question’ corresponds to observations and questioning. The ‘answering the question with reason’ relates to the development of the hypothesis and experiment to be tested out. Lastly, ‘believing the results’ is similar to accepting or rejecting the original hypothesis.
Many of the elements of reasoning such as information through gathering data, evidence, and observations is heavily used in science (Nosich, p. 55). This element along with others such as assumptions, context, and concepts can help a scientist come up with a more robust and logical hypothesis. This can be further reasoned through the standards of thinking such as accuracy or depth and breadth to help filter out fallible reasoning.
This way of thinking through the scientific processes is where my mindset was when I started the course. I would typically observe and analyze things, but just from a more scientific scrutiny point of view. This course made the methodology of critical thinking more applicable to all other areas of knowledge and not only limited to just scientific reasoning. It helped to clarify the elements and standards and showed the different dimensions and tools to use for critical thinking. Overall, it just helped to cement these ideas and give it more depth and clarity to understand each component of critical thought.
Have you been able to internalize any of the techniques and concepts you have learned?
From this class, I have been able to internalize the differences between each standard and element of critical thinking. Before, it was more of an open line of thought that aimed to be critical, but not in a completely thorough sense. My thinking was not thoroughly vetted and may have missed some critical element filters. Now, by having all of the standards and elements differentiated and explained, it has added definition and a more complete picture for how to critically think better. I have learned how to better analyze all types of observations and information that I come across every day from understanding the various standards and elements.
What will it take to make lasting, positive changes in the way you think?
In order to incorporate the various standards and elements more effectively in the way I think, it would take a constant effort to always be cognizant of the various tools for critical thinking. This would entail a constant stream of self-reflection and thought into all the various claims in order to find the best answer. By thinking effectively, it helps to dive deep into understanding fundamental and powerful concepts in different disciplines. This kind of insight can only be achieved by fully understanding the material on a fundamental level and critically assessing the information to gain insight to the ‘bigger picture.’ This constant awareness in refining my thought process will eventually become second nature and lasting in the way that I think. Thus, the more I practice critical thinking the better I will become at being a critical thinker.
On that note, I hope that you all will keep on aiming to use critical thinking techniques and apply them to questions and problems that are pertinent in your life. In this day and age with a plethora of information available, from fake news to breakthrough studies and news stories, it is important to not take things as they are and to reflect and assess them for the truths that they represent!
Take care and see you here next week! Keep on thinking on!! 💪
Harris, W. (2017). How the scientific method works. HowStuffWorks. Retrieved from http://science.howstuffworks.com/innovation/scientific-experiments/scientific-method6.htm
Nosich, G. M. (2012). Learning to think things through: Critical thinking across the curriculum (4th ed.). Boston, MA: Pearson.