Microlearning #
Microlearning is an instructional design approach that involves breaking down learning materials into small, bite-sized segments that are easy to consume and understand. The idea behind microlearning is to provide learners with a quick and efficient way to acquire new knowledge or skills without overwhelming them with too much information at once. The segments of microlearning are typically no more than 20 minutes in length, making it easy for learners to fit them into their busy schedules.
Microlearning is considered an effective way to capture the attention of learners, particularly those with short attention spans. It also allows learners to focus on one specific topic or skill at a time, which can lead to higher learning retention and recall. By providing learners with the ability to learn in short bursts, Microlearning can help learners retain more information and improve their memory recall.
Gamified Learning #
Gamified learning is an instructional design approach that incorporates elements of game design such as points, badges, leaderboards, and other game-like features to make learning more engaging and interactive. The goal of gamified learning is to make learning more fun and engaging by providing learners with a sense of challenge, competition, and feedback. The instructional materials are presented in the form of games, such as quizzes, puzzles, simulations, and interactive activities, which can help to overcome the boring and monotonous aspects of traditional learning.
By incorporating game-like elements, learners are motivated to engage with the material and are more likely to complete the learning activity. Gamification can also help to increase learners’ engagement and motivation, leading to a more effective learning experience. Additionally, it can also improve learners’ retention and recall of the material.
Story-based design #
Story-based design is an instructional design approach that uses storytelling elements to make learning more engaging and relatable. By incorporating a storyline or narrative into the instructional materials, learners are transported into a scenario that is similar to their real-life experiences, making the content more relatable and relevant. By using storytelling, instructional designers can make the material more interesting, and learners are more likely to be engaged and invested in the content.
The use of story elements and anecdotal evidence can also help to pique the learners’ interest and make the material more memorable, resulting in higher participation and engagement rates. Additionally, stories can also help to trigger emotions, which can motivate learners to work harder and perform better. Story-based design is an effective way to make the material more engaging and relatable, which can lead to an improved learning experience.
Scenario-based learning #
Scenario-based learning (SBL) is an instructional design approach that uses interactive scenarios or real-life situations to teach complex topics. It is similar to storytelling, but is more direct and realistic, and often involves real-world examples. SBL is non-linear and allows learners to provide feedback, apply their knowledge, and practice their skills. Placing learners in realistic situations increases engagement and improves understanding of the concepts.
Infographic #
An infographic is a visual representation of data and statistics used in instructional design. It presents and explains complex topics and processes using visual elements like images, charts, and text. Infographics have become popular in learning and development because they are concise and engaging, and capture learners’ attention and make it easy to understand information. They are also easy on the eyes than traditional text-heavy materials such as PDFs or modules.
Screencasting #
Screencasting is the process of recording computer or tablet screens and activities. It includes audio recording, sound effects, and music tracks to make the videos more engaging. It is commonly used in instructional design to demonstrate procedures, show how software programs work or explain concepts using PowerPoint slides. It allows learners to see the steps and processes being performed, providing a clear and effective way to understand the material.
Guided learning #
Guided learning is a method in which learners are in control of their learning and are guided by their supervisors or more experienced colleagues. The role of instructional designers is limited to providing advice and answering questions. The direction of the learning outcome is heavily dependent on the learners’ initiative and capacity. Guided learning may include providing sample situations or problems for learners to solve independently, which allows them to take ownership of their learning and apply their knowledge in a real-world context.
Case study #
A case study is an instructional design method that is used to develop and improve problem-solving skills. It uses open-ended situations or scenario-type cases with multiple solutions and learners work in groups or individually to solve them. The outputs can range from a short paragraph essay to a fully-developed proposal. Case studies encourage learners to think creatively and critically, which improves their ability to make decisions in complex situations. Using case studies in learning materials can help learners to apply their knowledge in real-world scenarios, which makes learning more relevant and engaging.
Peer learning #
Peer learning is an instructional design approach that emphasizes social interaction and collaboration among learners. The learning materials are designed to encourage learners to work together to understand a topic or solve a problem. It is based on the constructivist training theory, which suggests that learning is most effective when it is acquired through meaningful and relevant interactions with others who have similar ages, role statuses, or interests. Peer learning provides opportunities for learners to share their knowledge, perspectives, and ideas which helps to improve their understanding and retention of the material. It also helps to create a sense of community and engagement among the learners.
Spaced repetition #
Spaced repetition is an instructional design approach that uses the spacing effect, a learning strategy that improves retention. It involves breaking down content into key parts and delivering it to learners at predetermined intervals, rather than providing all the information in one sitting. It is designed to counteract the effects of the Ebbinghaus’ Forgetting Curve theory, which states that people forget 80% of what they’ve learned in 30 days. By continuously revisiting a concept, learners are able to retain the information better and avoid forgetting it later. Spaced repetition can be used in a variety of ways, such as flashcards, quizzes, and review sessions to help learners retain and retrieve the information more effectively.
