EDU 510: The Journey so Far (The Cognitive Science of Teaching & Learning)

In my EDU 510: The Cognitive Science of Teaching & Learning course, we covered some fascinating learning and teaching approaches based on how the human brain functions. My key takeaways from this course so far have been about learning theories, game-based learning, and learning and motivation. I would like to reflect upon my experience thus far, and share some of what I learned and experienced over the past four weeks. 

Flow Theory 


Cognitive science is the “interdisciplinary study of mind and intelligence, embracing philosophy, psychology, artificial intelligence, neuroscience, linguistics, and anthropology” (Thagard, 2019). While there are many learning theories in the domain of cognitive science, the learning theory that most resonates with my own ideological beliefs is Mihaly Csikszentmihalyi’s Flow Theory. Mihaly Csikszentmihalyi spent many years researching a field of psychology that today is known as “positive psychology”, and the concept of flow theory originates from happiness as a concept. When in a state of flow, students learn at their highest ability because of how enjoyable the experience is to the student (Moore, 2022). Flow theory is the glue, the harmony behind everything that I have learned thus far. Anything that I draw connections to, can be supported by flow theory ideology. In some ways, flow theory serves as a grounding principle or supporting pillar in all other ideologies or educational frameworks. According to Forney ISD (2016) when students have a sense of autonomy, appropriate meaningful connection, and a balance of challenge and ability in the pursuit of mastery, the learner enters a state of flow, allowing for the student to learn and absorb material at their peak ability. This is in large part because of how the brain processes. If learning material is too easy, we risk boring our students; and if the material is too difficult, we risk stressing our students too much; both of which will inhibit students from entering a flow state and learning and their peak ability.

Game-Based Learning


Game-based learning (GBL) is perhaps my favorite topic in the entire field of education, let a lone this class, and I have spent quite a bit of time in my career and prior studies delving into the topic. The four main principles of game-based learning are (Karou, 2016):

  • Problem-based learning
  • Learning-by-doing
  • Consistent informative feedback
  • Progressive growth (Karou, 2016) 

Good games in general, allow for people to enter a flow state by following these basic four principles. There is a reason there are millions of teenagers around the world far more engaged in video games such as Minecraft, Fortnight, or Elden Ring, to name a few, in contrast to their educational studies. And that is because these games all allow for the players to apply each of the four main principles of GBL in action while playing these games. Using games in learning than, when designed well, can be highly effective. I wrote an article in great detail recently about this topic using Minecraft as a mental representation to show just how impactful GBL can truly be.

Motivations and/or Emotions in Learning 

The motivations for a learner can be both intrinsic (within) and extrinsic (external). Both forms of motivations can profoundly drive a learner to go above and beyond, or equally, disengage a learner to completely fall off the wagon. I would like to cite my own experience in learning and motivations as an example. When I was in high school, I was artificially assigned a value and worth, and a ceiling was placed over my head. This is because I grew up in a very wealthy town that I feel was far more focused on reputation and appearances, in contrast to the actual needs of the children. Despite growing up in a wealthy town, I grew up in public housing and was anything but wealthy. As such, my school system brushed me aside. I never applied myself because I wasn't placed in classes that challenged me. No risk. No reward. No engagement. Just boredom. No one saw any potential in me. Motivation in learning requires the rigor to have just the right amount of challenge balanced with ability, as stated above (Forney ISD, 2016). I was disengaged because I saw no value in my studies, my classes never challenged me, and no one tried to inspire or motivate me. 

I found my way though. I shattered that ceiling, and I am intrinsically motivated by my experiences in high school. I don’t like being told there is a limit to what I can do in this world. How far I can go, and choose to go, is for me to decide; and a large part of why I am so engaged as a scholar is because 19 years ago, it was implied that I would not go far in life, and that college was not for people like me. This motivation has shaped my entire outlook on life. I am competitive, but not against other people, I am competitive with myself. I see a goal, a bar, a threshold, and I challenge myself to meet it and exceed it. I want to see what I can achieve, and set my own baseline, instead of allowing someone else to predetermine that for me. Powerful motivators, emotions and feelings. 

I would like to close this blog entry out with an amazing video that describes how emotions can motivate us, guide us, and direct us. As educators, trying to find ways to motivate our students is critical. It’s a shame, that finding ways to motivate students can be the most difficult part of teaching.


References:

Forney ISD. (2016, October 24). How We Learn [Video]. YouTube. https://www.youtube.com/watch?v=wlaG99awCD8

Karou, K.  [MIND Research Institute]. (2016, September 20). Using Game-based Learning in the Classroom to Develop Productive Struggle [Video]. YouTube. Retrieved from https://www.youtube.com/watch?v=0WlP8NNo4CU 

Moore, C. P. (2022, August 19). What is Flow in Psychology? Definition and 10+ Activities to Induce Flow. PositivePsychology.Com. https://positivepsychology.com/what-is-flow/ 

Thagard, P. (Spring, 2019, Edition). Cognitive science. In Edward N. Zalta (ed.)The Stanford encyclopedia of philosophy.

Previous Post Next Post

نموذج الاتصال