For first-year college students, the transition from high school to college can be challenging, especially when the ways of studying and learning begin to change. Luckily, there are beneficial ways of improving and overcoming these challenges if we understand the concept of load theory of attention. Do not fear, it is not as complicated as it may seem, and will change the way you think about studying!
The use of Dual Coding in essence is using imagery and labeling it with a word which in turn helps you remember the word or the image one sees for the first time, and it should turn into a long-term memory. But how can we use dual coding in our freshman year in college, well depending where you go you may end up taking a class of learning a new language for extracurricular, something fun you may have a trip in mind to go to and you want to learn the language before you head out to that specific country in case the locals or the signs don’t have the language you speak. Would be awful if you get stranded in a country without knowing the language, and what would you do if your phone dies google translate won’t be translating nothing if you can’t speak at least a broken version of the country’s native language. But how does this correlate with learning a language in class or even on your own time.
For memories, learning how to process and organize them is great for when we want to do well at work, at school, or even with relationships. When it comes to processing your memories, it starts with your working memory, and depending on how you memorize and use your working memory affects what then becomes stored. To completely utilize the working memory, you have to use it to its full capacity, which also includes using the best method to encode the things in working memory so that they are able to be processed into your long-term memory store. One of the best methods to use is chunking, where you ‘chunk’ the things that are similar that you want to remember together. There are about four chunks that can go into working memory before you start to forget things (1) and so then comes the encoding to process those memories from working memory into your long-term memory.
Hey, there! If you’re reading this, then you are probably a first-year college student overwhelmed during syllabus week and thinking: “There is no chance I survive freshman year.” You’re thinking back to high school and reminiscing on how easy your classes were and how you spent nights before tests (when they were still called tests, and not “exams,” which is somehow much more intimidating), which you spent playing Fortnite, not cramming a semester’s worth of content in preparation for a final. Your high school teachers, parents, freshman orientation leader, and probably your TikTok “For You Page” have all most likely thrown a lot of studying hacks and advice at you, but you may still feel unprepared for the courseload you’re taking on, and unsure of how you’re going to balance 16 credit hours, Greek life, homesickness, and a social life. Do not fear! Here is a quick and simple guide on how to understand use the psychological concept of encoding to get the most out of your studying. Happy reading! Good luck with your freshman year!
When people first get to college, most kids do not know how to study. Some kids come into college homeschooled, some did not go to a public school while others went to a school where they did not have to study for hard tests/exams. Incoming freshmen wanting to go to college are blindsided when it comes to how much studying really affects how well someone does in college. Coming to college has made me realize how much studying you have to do. Knowing how to study the right way is something that has helped tremendously while being in college. College is a scary thing but knowing how to study the right way and pass your classes will make college so much easier in the future.
The Spacing Effect and how it works
Just hearing the word Spacing effect when it comes to studying may scare some students off and they will probably look past it like it is nothing, but it is very important. The Spacing Effect, when it comes to studying, is one of the earliest discoveries in human learning (1). It is proven that if a student spaces out their studying and processes what they are learning, they will remember and learn the information and memorize it better (1). For example, if you have a big exam coming up, it is better for you to take breaks throughout the time you are studying to help understand the information more.
Survival value (also known as adaptive value and connection to survival processing) is understanding memory and how memory is used to survive which leads to survival processing that encodes items into our memory(1)! Survival value leads to enhanced memory by relating words to situations that others have not experienced (the apocalypse!!!) This works because when we relate words to our survival, we are linking to something meaningful that will stick in our minds(2). In cognitive psychology, survival value refers to the adaptive benefit of certain cognitive processes or behaviors that assist one’s survival.
A lot of kids will struggle with studying when they first start college. Some kids may have gotten by with their study habits in high school but most of the time, these study habits don’t quite help anyone in college. College is so much different in that there aren’t many small assignments that help you to make sure you understand the material like there were in high school. There are lectures, quizzes, participation, papers, presentations, and exams and that’s pretty much it when it comes to grades in college. For me, I tried to take on high school by myself whenever I could but that will not go will with you for college. I highly encourage any freshmen coming in to immediately start going to some study groups or just collaborating with at least one person that you can count on.
There are days where it is hard to make yourself get out of bed, go to school, or complete an assignment, but these are tasks that need to be completed in order for success. Every student is responsible for their own success, and this includes having goals and doing things we may not want to do to reach those goals. Being a first-year college student can be intimidating in itself, and you may wake up one day and ask yourself, “Do I really want to go to class today?” You may enjoy lying in bed all day catching up on your favorite TV show, but you must control those thoughts and make the choice that will ultimately benefit you in the long run. By overriding these thoughts and still getting up to go to school to achieve your goals you are participating in the use of cognitive control and self-regulation.
Are you cramming for exams? Do you drown in flashcards? There’s a science-backed lifeline that could change the way you hit the books. It’s called maintenance rehearsal, not your average study hack. It’s a brain-tuning, memory-maxing method that could turn your study woes into wins.
Did you know concrete examples and concrete thinking are used throughout everyday life? Concrete examples are defined as real-world, or illustrative, examples of an abstract or declarative concept (Rawson et al. 2015) (1). Concrete thinking is a very specific way of thinking. People from all ages use concrete thinking. From early childhood, concrete thinking is developed from when you are a baby until you are about the age of 7 (2). During the early years of school, specifically the ages from 7 to 12, concrete thinking is a major part of the way kids think when it comes to school at these ages (2). From age 12 until adolescence, kids begin to analyze, generalize, extrapolate, and empathize more (2). Lastly, from adolescence until adulthood, people are experienced when it comes to concrete thinking. People begin to use concrete thinking in their personal experiences and observations that will eventually lead to a solution about things that go on in their life and pertaining to school and work (2). When applying concrete examples and concrete thinking to studying, this makes people study more specific and to the point and apply examples to the concept that happens when studying for a class. Let’s use a concrete example in mathematics. For example, if you have six bananas and take two, you have taken one-third or 33.33% of the bananas. This takes a generalized problem and by someone using a concrete example, in this example it being bananas, and this helps them with remembering a simple math problem. Concrete examples and thinking are a good way for young incoming students in college to take an abstract concept that they may or may not know and apply it to a real-world, illustrative example that helps them better understand the course material.