Mind Maps

• Visual representation of concepts and ideas

• Limited in organizing complex information and connections

Flash-Cards

• Repetition-based learning tool

• Limited in promoting deep understanding and application of knowledge

Mnemonics

• Memory aids like acronyms or rhymes

• May not work for all types of information and can be difficult to create

Cornell Note-Taking

• Structured note-taking system

• Time-consuming and may not work for all learning styles

Memory Palaces

• Visualization technique for memorization

• Requires extensive practice and may not be suitable for all learners

Video Tutorials

• A visual representation for short-term information

• Not practical for long-term retention

The Role of Gamification

Gamification incorporates game elements into education to make learning more enjoyable.

At its best, gamification boosts engagement, motivation, and learning outcomes. Flashcards, for example, offer a gamified way to review content, but relying solely on them can limit critical thinking and real-world problem-solving.

The Problem with Gamification

Surface-Level Knowledge

Relying on gamified learning can encourage learners to focus on completing tasks or collecting rewards rather than mastering the skills or knowledge behind them. This can lead to shallow learning, where learners memorize facts or steps just to "win" the game, without ever developing a deep, functional understanding of the subject.

Flashy but Shallow

Many gamified learning platforms rely on flashy graphics, bright colors, and superficial rewards to capture attention. These elements can make the experience feel fun and exciting at first, but they often mask the lack of depth in the actual content. Learners might get caught up in the game mechanics, chasing points or rewards, without fully understanding the material they’re supposed to learn.

The Problem with Traditional Learning Methods

Spoon-Feeding

In traditional learning, information is often spoon-fed to learners, leaving little room for independent thinking and problem-solving. This can hinder creativity and the development of practical skills.

Rote Memory

Traditional learning methods often rely on rote memory, which involves memorizing information without understanding the underlying concepts. This approach can lead to shallow learning and a lack of critical thinking skills.

Learn By Doing

At Literally3D, we believe that the best way to learn is by doing. Our simulations provide learners with experiences that allow them to apply their knowledge in realistic scenarios. By actively engaging with the material, learners can develop practical skills and gain a deeper understanding of the subject matter.

Providing a 'Day One' Experience

At Literally3D, our goal is to provide learners with a 'Day One' experience in various skills and professions. We believe that the best way to learn is by doing, and our simulations are designed to immerse learners in real-world scenarios from the very beginning.

Our simulations are not about spoon-feeding information to learners. Instead, we focus on creating experiences where learners actively participate and make decisions. By engaging in hands-on activities and problem-solving, learners develop practical skills and gain a deeper understanding of the subject matter.