Learning strategies can vary by subject matter, student learning styles, instruction styles, and more. Many strategies transfer across subjects and styles, while others will work specifically for one area of study only. A teacher or instructor may want to consider narrowing his or her focus to determine what, exactly, he or she needs to know to tackle an instructional or learning issue. An English teacher, for example, may need to know about learning strategies regarding vocabulary, while a science teacher may need to know about strategies for information retention and application.
Grouping is one of the most common learning strategies that transfers across subject matter. This process involves placing information into logical groups for easier recall of information later on. A carpenter may, for example, group the different wood cutting processes by identifying the project he is most likely to use those processes during. Building a baseball bat, for example, will involve using a lathe, chisels, sandpaper or other sanding tools, and so on. A person learning a complex vocabulary list may group the words according to category; words like "genus" and "species" might be grouped subconsciously in the "zoo" category, while "simile" and "metaphor" may be grouped in the "poem" category.
Many students tend to be visual learners, so learning strategies will focus on creating an image to go with complex information. It may help a student to understand voltage currents by envisioning a battery inside a camera, or to associate the concept of a story's plot by drawing a plot pyramid. Teachers who understand these learning strategies can incorporate them into lessons to connect with a wider audience of students. It may not be feasible to include all learning strategies into a lesson, but more than one strategy can be included to make learning easier for several students.
Hands-on and kinesthetic learning strategies involve movement and practice by doing. These strategies are especially useful in the math and science fields. So it's not really surprising for both online and in person Science and Math tutors to employ the same strategies because they're truly effective. The more the concepts are applied, the better the long-time retention is. Students who are hands-on learners benefit from activities rather than lectures; a student learning about sentence structure may not understand the concept written on the board, but when given paper cut-outs of various words, he or she may be able to construct the sentence by manipulating the pieces of paper. Learning objects such as these are vital for hands-on learners; manipulation and movement help such learners grasp complex tasks and ideas more easily. It might be surprising for you to know that simple learning objects can be used to teach complex topics or equations. The key is to find a good tutor or teacher who can utilize various learning strategies so fit your needs. Moving around the room or space may also help the students understand concepts as well.