E-Learning Theory explains how students learn using digital tools such as computers, tablets, videos, and online platforms. This theory is based on how the brain processes information. It focuses on using simple, clear, and well‑designed digital lessons to help students understand and remember information better. E‑learning works best when lessons include pictures, short text, audio, and interactive activities instead of long lectures.
E‑Learning Theory is connected to cognitive learning theory and cognitive load theory. These ideas say students learn better when information is not too much at one time and when lessons are broken into small parts.
E‑Learning Theory is a learning theory that explains how technology can be used to support learning in an effective way. It focuses on how digital tools should be designed and used so students can understand information easily, stay engaged, and remember what they learn. The theory explains that learning improves when digital lessons are simple, organized, and interactive.
E‑Learning Theory is a learning theory that explains how technology can be used to support learning in an effective way. It focuses on how digital tools should be designed and used so students can understand information easily, stay engaged, and remember what they learn. The theory explains that learning improves when digital lessons are simple, organized, and interactive.
Uses digital tools such as videos, simulations, and online platforms
Presents information in small, clear sections
Uses pictures, text, and audio together to support understanding
Encourages active learning through interaction
Provides feedback to support learning
Reduces information overload for students
Example 1: Engineering Design Using Online Videos
5th Grade
STEM (Engineering)
The purpose of this lesson is to help students learn the engineering design process. Students watch short instructional videos and then design a simple structure using classroom materials. E‑Learning Theory is applied by using short videos, clear instructions, and visual examples.
Students watch a short video about building strong bridges.
They plan and draw their design.
Students build and test their structure.
Tools and Resources
YouTube or teacher‑made videos
Google Slides or Google Drawings
Building materials (paper, straws, tape)
Example 2: Coding with Guided Online Lessons
3rd–5th Grade
STEM (Technology)
This activity introduces basic coding skills using an online platform. The purpose is to help students learn problem‑solving through guided, interactive lessons. E‑Learning Theory supports learning through short lessons, visual cues, and immediate practice.
Students complete short coding puzzles.
Instructions are given one step at a time.
Students receive feedback if the code works or not.
Tools and Resources
Code.org
Classroom computers or tablets
Teacher monitoring and support
He, H. (2020). E‑Learning Theory – Theoretical Models for Teaching and Research. Open Text at Washington State University. https://opentext.wsu.edu/theoreticalmodelsforteachingandresearch/chapter/e-learning-theory/
Mayer, R. E., Sweller, J., & Moreno, R. (2015). E‑Learning Theory. Learning‑Theories.com. https://learning-theories.com/e-learning-theory-mayer-sweller-moreno.html
Wikipedia contributors. (2026). E‑learning (theory). https://en.wikipedia.org/wiki/E-learning_(theory)
PhET Interactive Simulations. University of Colorado Boulder. https://phet.colorado.edu/
Khan Academy. https://www.khanacademy.org/
Code.org. https://code.org/
10 Benefits of E-Learning for Students: Flexible, Accessible, and Effective Education
https://www.21kschool.com/bd/blog/benefits-of-e-learning/