Modules

Module 1: Coding Language Foundation

Unit 1: Intro to MQL4: Syntax, Datatypes and Printing Statements

Unit 2: Scripts, Indicators, Include Files and Expert Advisors

Unit 3: Variables 1: User-Defined and Pre-Defined

Unit 4: Variables 2: Global and Input

Unit 5: Operations and Expressions 1: Arithmetic and Assignment

Unit 6: Operations and Expressions 2: Relational and Logical

Unit 7: Operators 1: If/Else and Switch Case

Unit 8: Operators 2: For Loops and While Loops

Unit 9: Functions 1: Pre-Defined Functions

Unit 10: Functions 2: User-Defined Functions

Module 2: Risk Management and Trade Execution

Unit 1: Ubiquitous Pip-Values
Unit 2: Position Sizing Based on Account Size

Unit 3: Calculating Stoploss and Takeprofit

Unit 4: Trade Execution, Limitation and Scaling Out
Unit 5: Connecting Risk to Volatility: Average True Range

Unit 6: Signal-Based Trades & Mastering the Strategy Tester

Unit 7: Order Modification: Trailing- & Break-Even Stoplosses

Unit 8: Closing Orders Based on Currency Pair & Ticket Number

Unit 9: Anti-Over-Leveraging & Superior Competitive Currency Pairs
Unit 10: On-Chart $EVZ: Fluid Risk Based on Global Volume

Module 3: Technical Analysis & Indicator Confluence

Unit 1: Framework Library 1: Confirmation Indicators
Unit 2: EA Design 1: C1 Testing Engine
Unit 3: Analyzing Data 1: Optimizing C1 Parameters
Unit 4: Framework Library 2: Exit Indicators

Unit 5: EA Design 2: C1_EX Testing Engine

Unit 6: Analyzing Data 2: Optimizing of C1_EX Parameters

Unit 7: Framework Library 3: Volume Indicators

Unit 8: The One Candle Rule: Special Conditions for Volume

Unit 9: EA Design 3: C1_EX_VOL Testing Engine

Unit 10: Analyzing Data 3: Optimizing C1_EX_VOL Parameters

Unit 11: Framework Library 4: Five More Confirmation Indicators
Unit 12: EA Design 4: C1_C2_EX_VOL Testing Engine
Unit 13: Analyzing Data 4: Optimizing C1_C2_EX_VOL Parameters
Unit 14: Framework Library 5: Baselines
Unit 15: Bridging: The Rule of Seven
Unit 16: ATR-Pullbacks & Continuation Trades
Unit 17: EA Design 5: Full NNFX Algorithm Testing Engine

PLEASE BE REMINDED

Every unit must be completed chronologically. You will only be able to enroll for a consecutive module provided that you have completed the previous module and have passed the assignment. No skipping or isolation of learning material is possible.

Each lesson will be presented 7 days apart. You will need that time for self-study, research, completing the class activities and the final homework assignment for submission. Thus, a maximum of 4 lessons per month is facilitated.

This course takes a minimum 40 weeks to complete. A total of 10 months at the very least is required, from start to finish.