Curriculum For This Course

Here's What You Are In For!

6Lectures

Time 00:27:49

Programming Basics: Variables And Conditions

6Lectures

Time 00:31:17

Robot 1: Adeline - Our First Robot!

5Lectures

Time 00:30:35

Uncommon Common Sense: Design Effective And Logical Robots

4Lectures

Time 00:22:40

Garbage In, Garbage Out. Understanding Data

4Lectures

Time 00:26:19

Programming Basics 2: Loops

2Lectures

Time 00:10:07

Robot 2: Belinda - Utilising Volatility!

2Lectures

Time 00:10:35

To Buy Big Or Small? Position Sizing And Money Management

2Lectures

Time 00:14:27

Robot 2A: Belinda 2.0 (No Gambler's Ruin for Me!)

2Lectures

Time 00:06:30

Where To Start? Idea Generation and Expectations

4Lectures

Time 00:37:00

Programming Basics 3: Functions, Time And Self-Learning

4Lectures

Time 00:36:03

Relevant Statistics 101!

2Lectures

Time 00:17:57

Validating Your Robot: Backtesting!

12Lectures

Time 00:58:25

Programming Basics 4: Arrays And Indicators

11Lectures

Time 01:01:52

Robot 3: Clarissa - Playing with Time

6Lectures

Time 00:43:11

What A Mess - Managing Trades, Orders and Positions

10Lectures

Time 01:03:32

Robot 4: Desiree - Turtles

6Lectures

Time 00:43:12

Design Theories - Improving Robots By Manipulating Time, Entries and Exits

7Lectures

Time 00:58:01

Add A Twist To Your Orders - Advanced Order Management

12Lectures

Time 01:32:23

Robot 5: Desiree 2.0

1Lectures

Time 00:10:41

Buff Up Your Robot Responsibly - Optimisation Without Curve Fitting

11Lectures

Time 01:30:59

Here's What You Are In For!
	1. What are Trading Robots? (And why should I build them?) (Part 1)	05:51
	2. What are Trading Robots? (And why should I build them?) (Part 2)	05:02
	3. Downloading Our Software (MT4)	04:02
	4. Introduction to MT4	04:14
	5. Structure of a Trading Robot (Part 1)	03:46
	6. Structure of a Trading Robot (Part 2)	04:36

Programming Basics: Variables And Conditions
	1. Syntax - The ABCs of Coding (Part 1)	04:17
	2. Syntax - The ABCs of Coding (Part 2)	03:33
	3. Variables - The basic building blocks!	05:38
	4. Expressions and Operations (Plus, Minus, Multiplication and Division)	07:09
	5. Conditional - If this then that (Part 1)	04:49
	6. Conditional - If this then that (Part 2)	05:51

Robot 1: Adeline - Our First Robot!
	1. Theory behind Robot Adeline	04:29
	2. Coding Adeline (Part 1)	08:12
	3. Coding Adeline (Part 2)	07:40
	4. Dry Run! - Our Robot Testing System (Part 1)	04:32
	5. Dry Run! - Our Robot Testing System (Part 2)	05:35

Uncommon Common Sense: Design Effective And Logical Robots
	1. Trading Robot Development Guide - Everything You Need To Succeed (Part 1)	05:09
	2. Trading Robot Development Guide - Everything You Need To Succeed (Part 2)	04:45
	3. Trading Robot Development Guide - Everything You Need To Succeed (Part 3)	06:03
	4. Calculating Long Term Expected Payout of a Robot	06:40

Garbage In, Garbage Out. Understanding Data
	1. Data Sources and Storage	05:57
	2. Cleaning Data (Part 1)	06:44
	3. Cleaning Data (Part 2)	07:23
	4. Cleaning Data (Part 3)	06:15

Programming Basics 2: Loops
	1. Loops - Running a piece of code many times (Part 1)	07:22
	2. Loops - Running a piece of code many times (Part 2)	02:45

Robot 2: Belinda - Utilising Volatility!
	1. Introducing our 2nd Robot: Belinda	04:27
	2. Coding and Testing Belinda	06:08

To Buy Big Or Small? Position Sizing And Money Management
	1. Coin Flip Game - Understand Bet Sizing by Flipping Coins	07:10
	2. Theory behind Bet Sizing (aka Position Sizing/Money Management)	07:17

Robot 2A: Belinda 2.0 (No Gambler's Ruin for Me!)
	1. Coding our Sizing Algorithm!	02:59
	2. Upgrade time! - Adding Sizing Algos to Belinda	03:32

Where To Start? Idea Generation and Expectations
	1. Expectation of Strategies and Equity Curves (Part 1)	08:13
	2. Expectation of Strategies and Equity Curves (Part 2)	10:55
	3. Preliminary Research - First step to building Robots (Part 1)	08:59
	4. Preliminary Research - First step to building Robots (Part 2)	08:53

Programming Basics 3: Functions, Time And Self-Learning
	1. Debugging Demonstration - Understanding the Thought Process	10:24
	2. Functions - Little Factories	10:21
	3. Coding User-Defined Functions	04:39
	4. When 2 lines cross - Creating a Cross Function	10:24

Relevant Statistics 101!
	1. Statistical Significance and Law of Large Numbers - More is better	06:53
	2. Minimum Sample Size and Application to Trading	10:55

Validating Your Robot: Backtesting!
	1. 4 Main Types of Market Conditions	01:33
	2. Checking Trades - Ensuring Accuracy in the Codes	07:10
	3. Every Tick Testing Issue - Once Upon a Bar (Part 1)	04:07
	4. Every Tick Testing Issue - Once Upon a Bar (Part 2)	06:45
	5. Robustness - Staying Effective through Change	03:31
	6. Period and Timeframe Robustness	04:28
	7. Seasonal Robustness - Repetitive Behavior in the Markets	04:32
	8. Instrument Robustness Analysis	04:49
	9. Strategic Market Conditions - Building Robots for Specific Market Types	04:39
	10. Black Swans - Stress Testing our Robots through Tough Times	04:34
	11. Butterfly Effect: Start Point Phenomenon	06:24
	12. Pass or Fail? Backtest Performance Analysis	04:33

Programming Basics 4: Arrays And Indicators
	1. Math behind Technical Indicators (Part 1)	05:43
	2. Math behind Technical Indicators (Part 2)	04:57
	3. Arrays - Invisible Tables of Data	04:10
	4. Programming Arrays (Part 1)	07:28
	5. Programming Arrays (Part 2)	04:34
	6. Code Structure of Indicators (Part 1)	02:39
	7. Explaining Indicator Code (Part 1)	06:04
	8. Explaining Indicator Code (Part 2)	07:26
	9. Indicator Coding Practice 1: Replicating an Indicator Manually	04:07
	10. Indicator Coding Practice 2: Multiple Buffers	10:07
	11. Calling Self-Made Indicators - Using iCustom	03:59

Robot 3: Clarissa - Playing with Time
	1. Coding for Seasonal Effects - Managing Date and Time (Part 1)	06:15
	2. Coding for Seasonal Effects - Managing Date and Time (Part 2)	08:31
	3. Introducing our 3rd Robot: Clarissa	05:31
	4. Coding and Testing Clarissa (Part 1)	07:37
	5. Coding and Testing Clarissa (Part 2)	10:49
	6. Coding and Testing Clarissa (Part 3)	04:18

What A Mess - Managing Trades, Orders and Positions
	1. Managing 4 and 5 Digit Brokers	04:31
	2. Adjusting for Yen Pairs	06:13
	3. Upgrade Time: Introducing Falcon Template 1.0	07:32
	4. Managing Orders with Code	06:12
	5. Upgrade Time: OrderSend Function Falcon 1.0	07:40
	6. 4 More Order Types - Send Pending Orders	07:34
	7. Managing Multiple Positions with One Robot	04:01
	8. Closing Positions and Orders	06:38
	9. Risk Management - Limiting Trades when Things Go South	07:15
	10. Handling Errors In Falcon	05:28

Robot 4: Desiree - Turtles
	1. Introducing our 4th Robot: Desiree	06:40
	2. Coding Our Turtle Indicator - Donchian Channels	10:59
	3. Coding and Testing Desiree (Part 1)	02:01
	4. Coding and Testing Desiree (Part 2)	08:51
	5. Coding and Testing Desiree (Part 3)	10:43
	6. Coding and Testing Desiree (Part 4)	03:46

Design Theories - Improving Robots By Manipulating Time, Entries and Exits
	1. Modelling Transaction Costs: Commissions, Spreads and Slippages	08:56
	2. Why We Dislike Lower Timeframes	09:29
	3. Understanding Stop Loss - Prudence and Noise Buffer	05:09
	4. Adaptive Components in Strategies	08:14
	5. Which should I use - Stops vs Trailing Stops	05:28
	6. Which is more Important - Entries vs Exits	09:08
	7. Asymmetrical Rules - Long Short Bias	11:20

Add A Twist To Your Orders - Advanced Order Management
	1. Don't Get Targeted - Hidden Stop and Take Profit (Part 1)	06:46
	2. Don't Get Targeted - Hidden Stop and Take Profit (Part 2)	05:44
	3. Coding Hidden Stop and Take Profit (Part 1)	09:09
	4. Coding Hidden Stop and Take Profit (Part 2)	09:47
	5. Coding Hidden Stop and Take Profit (Part 3)	05:53
	6. Coding Trailing Stops	09:49
	7. Coding Hidden Trailing Stops (Part 1)	09:15
	8. Coding Hidden Trailing Stops (Part 2)	08:26
	9. Coding Volatility Trailing Stops (Part 1)	09:05
	10. Coding Volatility Trailing Stops (Part 2)	05:40
	11. Coding Hidden Volatility Trailing Stops	08:05
	12. Manage Uncertainty - Limiting Trades When Volatility Spikes	04:23

Robot 5: Desiree 2.0
	1. Coding Desiree 2.0	10:39

Buff Up Your Robot Responsibly - Optimisation Without Curve Fitting
	1. Introduction to Optimisation	04:00
	2. Optimisation in MT4 (Part 1)	09:18
	3. Optimisation in MT4 (Part 2)	07:01
	4. Past Doesn't Predict Future - Understanding Curve Fitting	09:32
	5. Limitations in MT4's Optimisation	06:44
	6. Too Much Freedom is Bad - Understanding Degrees of Freedom	11:59
	7. In and Out-of-Sample Data - Training and Testing	07:10
	8. Optimisation Evaluation - Parameter Space Analysis (Part 1)	09:53
	9. Optimisation Evaluation - Parameter Space Analysis (Part 2)	08:53
	10. Independent Variables Optimisation - Breaking the Process Apart (Part 1)	08:41
	11. Independent Variables Optimisation - Breaking the Process Apart (Part 2)	07:24

About This Course

This video course is a valuable find for everyone who wants to switch from manual to automatic trading. It is an exhaustive guide to robot trading which will not only help you to automate the trading processes but also understand the mechanism and details of the Forex market. The course comprises of 119 lectures, which gradually explain how to design your own trading robot. Here you will find four modules dedicated to the Programming Basics:

Variables and conditions
Loops
Functions, time, and self-learning
Arrays and indicators

These units are intended to create a solid base for you to continue to develop your trading robot. Also, the course contains six modules with a detailed description of how trading robots Adeline, Belinda, Belinda 2.0, Clarissa, Desiree, and Desiree 2.0 were created. These parts contain the details related to coding, testing, upgrading, and optimizing several different trading robots. Apart from the mentioned units, the course also offers the following topics for study:

What are trading robots?
Uncommon common sense: design logical and effective robots
Garbage in, garbage out. Learning data programming
To buy big or small? Money management and position sizing
Where to start? Expectations and idea generation
Relevant statistics 101
Backtesting: validating your robot
Managing orders, positions, and trades
Design theories – improving robots by manipulating entries, exits, and time
Progressive order management
Buff up your robot responsibly - optimization without curve fitting

Try this course today and learn how to create a working trading robot and automate numerous trading processes!

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Building Trading Robot Using Black Algo

Curriculum For This Course

About This Course

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