Microlearning (microtraining)

Microlearning is a training technique that delivers content in short, focused bursts. It is designed to help learners absorb and retain information more effectively by breaking down complex topics into manageable pieces.

Microlearning can take many different forms, but all share the common goal of helping learners focus on a specific task or concept. common examples include short videos, infographics, quizzes, and games.

Microlearning is often used in conjunction with other training methods, such as e-learning or classroom-based instruction. When used as part of a comprehensive training program, microlearning can help learners retain more information and improve their performance.

What is microlearning good for?

Microlearning is a great tool for IT professionals who want to improve their skills or learn new ones. It can be used to supplement traditional learning methods, or as a standalone learning tool.

Microlearning is particularly well suited to IT professionals because it allows them to learn in bite-sized chunks that are easy to digest and fit into a busy schedule. It also allows them to focus on specific skills or topics that they need to learn, without being bogged down by unnecessary information.

There are a number of microlearning platforms available, so IT professionals can find one that suits their needs and learning style. Some popular microlearning platforms include Lynda.com, Skillshare, and Udemy.

What is microlearning in instructional design?

Microlearning is a instructional design approach that emphasizes short, focused learning experiences that are delivered in a just-in-time format. Microlearning experiences can be delivered in a variety of ways, including through short videos, infographics, articles, or even short games. The key is that they are designed to be consumed in small chunks, and they focus on a specific skill or concept that the learner can immediately apply to their work.

Microlearning is often used as a supplement to traditional learning experiences, such as in a classroom setting. For example, a microlearning experience might be used to introduce a new concept before a class, or to provide a quick review of a concept before a quiz or test. Microlearning can also be used as a stand-alone learning experience, such as when a learner is trying to master a new skill outside of their normal work environment.

There are a few key benefits of microlearning that make it an instructional design approach worth considering. First, microlearning experiences are very efficient. They can be delivered in a very short amount of time, and the learner can consume them at their own pace. Second, microlearning experiences are very targeted. They focus on a specific skill or concept, which makes them ideal for learners who need to quickly learn or relearn a specific thing. Finally, microlearning experiences can be very flexible. They can be delivered in a variety of ways, and they can be adapted to the needs of different learners Is microlearning effective? Yes, microlearning can be an effective way to learn new information and skills. Microlearning involves breaking down a task or concept into small, manageable pieces that can be easily learned and remembered. This approach can be especially helpful when trying to learn new information that is complex or difficult to understand. Additionally, microlearning can be used to reinforce previously learned information and skills, helping to ensure that they are retained over time.

When should you not use microlearning? There are a few key situations where microlearning may not be the best solution. If learners are already struggling with a concept or if the content is very dense, microlearning may not be able to provide the depth of understanding necessary. In addition, if learners need to acquire a new skill that requires a lot of practice, microlearning may not be able to provide enough time and opportunity for learners to gain the proficiency they need. Finally, if learners are not motivated to learn or engaged with the content, microlearning will not be effective.