E Learning Course

Lesson 1 • Types of E-Learning Modalities

Surveys synchronous, asynchronous, blended, and microlearning formats. Learners can match modality to organizational context and learner need.

Lesson 2 • Adult Learning Principles

Introduces andragogy and self-directed learning theory as the cognitive foundation for design choices. Connects theory directly to practical course-building decisions.

Lesson 3 • The E-Learning Ecosystem

Maps the roles, tools, and systems that make up a typical e-learning project. Learners understand how their work fits into a larger production pipeline.

Lesson 1 • Conducting a Training Needs Analysis

Covers data-gathering methods to identify whether training is the right solution. Grounds all subsequent design work in verified organizational need.

Lesson 2 • Defining Your Target Audience

Techniques for building learner profiles that inform tone, complexity, and media choices. Directly shapes every design decision made later in the course.

Lesson 3 • Scoping and Prioritizing Content

Methods for deciding what to include, exclude, and sequence based on objectives. Prevents scope creep and keeps courses focused on performance outcomes.

Lesson 1 • Agile and SAM Approaches

Introduces iterative design methods suited to fast-moving or resource-constrained projects. Learners compare agile cycles to ADDIE and choose based on project needs.

Lesson 2 • Merrill's Principles of Instruction

Covers problem-centered, activation, demonstration, application, and integration principles. Learners use these principles to audit and improve existing course designs.

Lesson 3 • The ADDIE Framework in Practice

Walks through each ADDIE phase with e-learning-specific tasks and deliverables. Provides a repeatable process scaffold used throughout the rest of the course.

Lesson 4 • Gagne's Nine Events of Instruction

Applies Gagne's framework to structure individual lessons for maximum cognitive impact. Each event maps to specific screen-level design decisions made in later chapters.

Lesson 1 • Writing an Effective Storyboard

Covers storyboard formats, annotation conventions, and collaboration workflows. The storyboard becomes the single source of truth for developers and SMEs.

Lesson 2 • Chunking and Sequencing Content

Applies cognitive load theory to break content into digestible, logically ordered chunks. Proper sequencing ensures learners build knowledge incrementally.

Lesson 3 • Course Architecture and Navigation Design

Establishes module, lesson, and topic hierarchy and maps learner navigation paths. A clear architecture reduces cognitive load and supports self-paced exploration.

Lesson 4 • Writing for On-Screen Delivery

Adapts writing style for concise, scannable, learner-centered on-screen text. Strong on-screen writing reduces narration dependency and improves comprehension.

Lesson 1 • Accessibility in Visual and Media Design

Ensures all media meets accessibility standards for color contrast, captions, and alt text. Accessible design expands reach and meets organizational compliance requirements.

Lesson 2 • Visual Design Principles for E-Learning

Covers contrast, alignment, proximity, and repetition as applied to course screens. Consistent visual design builds credibility and reduces extraneous cognitive load.

Lesson 3 • Audio and Video Production Basics

Covers recording, editing, and optimizing narration, music, and video for e-learning. Quality audio-visual assets significantly increase learner engagement and retention.

Lesson 4 • Multimedia Learning Theory

Applies Mayer's principles to decide when and how to combine text, audio, and visuals. Prevents common multimedia mistakes that split attention or overload working memory.

Lesson 1 • Gamification and Motivation Techniques

Applies game mechanics such as points, badges, and leaderboards to sustain learner motivation. Gamification is most effective when tied to intrinsic learning goals.

Lesson 2 • Social and Collaborative Learning Design

Integrates discussion forums, peer review, and cohort activities into asynchronous courses. Social elements increase accountability and expose learners to diverse perspectives.

Lesson 3 • Knowledge Checks and Practice Activities

Designs formative activities that reinforce learning and surface misconceptions mid-course. Frequent low-stakes practice improves retention and reduces assessment anxiety.

Lesson 4 • Principles of Meaningful Interaction

Distinguishes click-and-reveal busy work from interactions that drive cognitive engagement. Establishes criteria for evaluating and selecting interaction types.

Lesson 1 • Writing High-Quality Test Items

Applies item-writing rules to eliminate ambiguity, cueing, and trick questions. Well-written items accurately discriminate between learners who have and have not mastered content.

Lesson 2 • Designing Summative Assessments

Covers quiz, simulation, and performance-based assessment formats for final evaluation. Summative data drives pass/fail decisions and informs certification or compliance records.

Lesson 3 • Using Data to Improve Courses

Interprets LMS analytics, completion rates, and assessment scores to identify weak content areas. Data-driven revision cycles continuously raise course effectiveness.

Lesson 4 • Assessment Alignment and Validity

Ensures every assessment item maps directly to a stated learning objective. Misaligned assessments produce misleading data and erode learner trust.

Lesson 1 • Quality Assurance and User Testing

Establishes a QA checklist covering functionality, media, links, and accessibility before launch. User testing with a pilot group surfaces usability issues invisible to the designer.

Lesson 2 • LMS Configuration and Course Setup

Guides enrollment rules, completion criteria, and grading configuration within an LMS. Proper setup prevents learner confusion and ensures accurate reporting for administrators.

Lesson 3 • Content Standards and Packaging

Covers SCORM, xAPI, and AICC packaging for LMS compatibility and data tracking. Correct packaging ensures completion data, scores, and interactions are captured accurately.

Lesson 4 • Post-Launch Monitoring and Maintenance

Defines processes for monitoring learner progress, resolving issues, and scheduling content updates. Ongoing maintenance keeps courses accurate, compliant, and technically functional.