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Elliott Wave Theory | Master & Apply with a C# Showcase App™
Rating: 3.7 out of 5(101 ratings)
742 students

Elliott Wave Theory | Master & Apply with a C# Showcase App™

Explore Elliott Wave patterns and guidelines, build a C# diagram app and test the assumptions behind a wave count.
Created byMall Academy
Last updated 10/2026
English
English [Auto],

What you'll learn

  • Identify motive waves, corrective waves and cycle structures using Elliott Wave terminology.
  • Compare diagonals, zigzags, flats, triangles and correction combinations in the course examples.
  • Explain wave guidelines such as alternation, channeling and scale when discussing an interpretation.
  • Follow the C# demonstrations to build an application that draws Elliott Wave diagrams.
  • Document alternative wave counts and the conditions that would make you revise an interpretation.
  • Test the diagram application with fixed inputs while separating observed prices from assigned labels.

Course content

13 sections • 38 lectures • 3h 38m total length
  • Introduction to Elliott Wave Theory1:08

    Explore how the Elliott Wave Theory explains market movements repeating patterns across timeframes, linking lesser and higher degree waves to predict what might happen next.

  • 3 Tips to Get Even More Value Out of this Course0:53
  • Why to use Elliott Wave Theory?2:06

    Discover how crowd behavior creates patterns via Elliott Wave Theory, with examples like house prices and fashion trends, and learn to form your own chart analysis through practice.

Requirements

  • No previous Elliott Wave study is required; basic familiarity with reading a price chart will help with the examples.
  • Basic C# knowledge, including variables and methods, is useful for following and extending the programming sections.
  • For the coding activities, use a computer with a compatible C# development environment and consult current setup documentation when adapting older demonstrations.

Description

Explore Elliott Wave Theory and build a C# showcase application that illustrates the ideas. This course combines an introduction to wave patterns with programming demonstrations, giving you two connected ways to study the material: examining the proposed structures and representing them in software.

What the course covers

  • Motive waves, subwaves and corrective waves.

  • Basic cycle structure and the fractal view of wave patterns.

  • Patterns in advancing and declining markets.

  • Diagonals, zigzags, flats, triangles and correction combinations.

  • Guidelines including alternation, channels and scale.

  • Designing, coding and drawing diagrams in a C# Elliott Wave programme.

Later coding lessons extend the programming practice with additional C# examples, including a maths quiz application. These sections can help you move from following a demonstration to understanding how an application is organised.

Who this course is for

The course suits learners curious about Elliott Wave terminology who also want to see a software illustration. Basic C# familiarity is helpful for the programming sections. Review the curriculum if you primarily want either technical analysis theory or coding, because the course includes both.

Study with a testable process

Annotate a sample chart before revealing later prices. Record your proposed count, an alternative interpretation and the condition that would invalidate the first count. In the application, distinguish the data from the labels or diagrams you assign to it. A visual match is a hypothesis to examine, not proof that a forecast will work.

This course is educational and does not promise profitable trading, reliable market predictions or investment advice. Historical patterns and a demonstration application do not establish future performance. Use the lessons to understand the method and its limitations, and check current .NET documentation when adapting older coding examples.

Who this course is for:

  • Learners interested in Elliott Wave terminology, pattern structures, guidelines and the assumptions behind a wave interpretation.
  • C# learners who want to follow a diagram-application example and practise separating data from assigned chart labels.
  • Self-directed learners who want to compare alternative wave counts, record their reasoning and examine the limitations of a historical interpretation.