Potential Applications

Examples of SCORM modules educators can create with the platform for various teaching and learning contexts.

Higher Education Applications

Science laboratory Science & Engineering

Custom Virtual Labs

Application: Create discipline-specific laboratory simulations where students manipulate variables, collect data, and analyze results.

Implementation: Modules can include interactive simulations of experiments, data collection interfaces, calculation tools, and auto-graded lab reports. Students submit observations and conclusions; the system evaluates methodology and interpretation.

Disciplines: Chemistry, Physics, Biology, Engineering, Psychology (experimental design), Economics (market simulations)

Theory Application

Interactive Theories and Frameworks

Application: Build modules where students apply theoretical frameworks to case scenarios, demonstrating understanding through practical application.

Implementation: Present a scenario or case using H5P Accordions for progressive disclosure. Students select appropriate theoretical lenses, identify key concepts, and explain application. Use Timelines to show the evolution of a theory.

Disciplines: Management, Sociology, Psychology, Political Science, Literary Theory, Philosophy

Professional Programs

Clinical Case Analysis

Application: Develop patient or client case scenarios requiring diagnostic reasoning, treatment planning, or ethical decision-making.

Implementation: Use Interactive Video to show a patient consultation with pause-points for decision making. Progressive case disclosure where students receive information incrementally. Includes Drag & Drop differential diagnosis exercises.

Disciplines: Nursing, Medicine, Social Work, Counseling, Veterinary Medicine, Physical Therapy

Students studying Critical Thinking

Evaluated Discussion Assignments

Application: Create structured discussion prompts with rubric-based evaluation of student responses.

Implementation: Present discussion question or controversial statement. Students submit written response addressing specific criteria. System evaluates presence of required elements (thesis statement, evidence citation, counterargument consideration). Instructor reviews flagged responses requiring human judgment.

Disciplines: Philosophy, Ethics, Political Science, Literature, History, Environmental Studies

Quantitative Skills

Data Analysis Exercises

Application: Provide datasets and guide students through analysis procedures with automated checking of results.

Implementation: Modules include embedded datasets, statistical calculation interfaces, and interpretation questions. Students perform analyses, report findings, and draw conclusions. System verifies computational accuracy and evaluates interpretation quality.

Disciplines: Statistics, Research Methods, Economics, Social Sciences, Public Health, Business Analytics

Professional classroom Professional Skills

Professional Simulation Scenarios

Application: Simulate professional situations requiring application of knowledge and professional judgment.

Implementation: Scenario-based modules where students encounter workplace situations (ethical dilemmas, resource allocation, stakeholder management). Students document decisions and rationale. System evaluates decision quality against professional standards.

Disciplines: Business, Engineering Ethics, Public Administration, Education, Law, Healthcare Administration

Language Learning

Language Application Exercises

Application: Create contextualized language practice modules requiring grammatical accuracy and communicative competence.

Implementation: Scenario-based communication tasks where students compose responses in target language. System checks grammar, vocabulary usage, and appropriateness to context. Includes verb conjugation practice, sentence construction exercises, and short composition tasks.

Disciplines: Modern Languages, Classical Languages, ESL/EFL, Linguistics

Mathematics

Mathematical Proof and Problem-Solving

Application: Develop multi-step problem-solving modules with intermediate checking and scaffolded support.

Implementation: Problems broken into logical steps. Students submit work at each stage; system provides hints if needed and validates intermediate results before proceeding. Supports symbolic math entry and step-by-step solution verification.

Disciplines: Mathematics, Physics, Engineering, Computer Science, Economics

K-12 Applications

Elementary

Interactive Reading Comprehension

Create age-appropriate stories with embedded comprehension questions. Modules adapt difficulty based on reading level and track progress over time.

Middle School

Scientific Method Practice

Guide students through hypothesis formation, experimental design, data collection, and conclusion drawing. Modules simulate experiments and evaluate scientific reasoning.

High School

Document-Based Analysis

Present primary source documents with analysis questions. Students cite evidence, construct arguments, and contextualize historical materials.

All Levels

Formative Assessment Modules

Create checkpoint assessments that provide immediate feedback. Modules identify misconceptions and direct students to relevant instructional materials.

Implementation Approaches

Individual Assessment

Modules function as independent assignments where students work at their own pace. Automated grading provides immediate feedback. Instructor reviews results to identify students needing additional support.

  • Self-paced completion
  • Immediate feedback on submissions
  • Multiple attempts with different problem sets
  • Gradebook integration

Flipped Classroom Support

Students complete preparatory modules before class. Instructor reviews aggregate results to identify concepts requiring class discussion. In-class time focuses on application and complex problem-solving.

  • Pre-class knowledge checks
  • Aggregate analytics for instructors
  • Targeted in-class discussion topics
  • Just-in-time instruction

Mastery-Based Progression

Sequential modules where students must demonstrate proficiency before advancing. System tracks mastery of learning objectives. Students repeat modules with varied content until competency achieved.

  • Competency-based advancement
  • Randomized question pools
  • Objective-level tracking
  • Personalized learning paths

Supplemental Practice

Optional modules providing additional practice opportunities. Students use for exam preparation or skill reinforcement. Performance data helps students identify areas needing review.

  • Voluntary completion
  • Unlimited practice attempts
  • Self-assessment tools
  • Exam preparation support

Explore Module Creation

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