What you'll learn
Explore related topics
This course includes:
Course content
-
1. How I Arrived At GB Time05:00
-
2. Basics Of Algo Path + Importance Of Clock12:39
-
3. Consequent Encroachment (CE Time)07:45
-
4. How To Memorise Algo Path11:53
-
1. How To Read Algo Paths09:36
-
2. How To Frame HTF09:34
-
3. How To Trade Using GB Time25:02
-
4. How To Trade Algo 110:56
-
5. How To Determine Swing Points05:26
-
6. How To Trade NYO13:23
-
7. How To Trade Multiple Algos23:07
-
Candle Counting Theory and Examples09:38
-
How To Trade IMP 23 35 Nodes - Price Action Insights u00b7 Goldbach Time05:17
-
How Would I Teach This To My Son - Price Action Insights u00b7 Goldbach Time30:09
-
06.08.2026 - Price Action Review -12:57
-
16.07.2026 - 2-path model examples14:06
-
25.08.2026 - Price Action Review05:13
-
26.08.2026 - Price Action Review04:25
-
27.08.2026 - Price Action Review03:25
-
1. Prime Numbers18:37
-
2. Rejection Block12:01
-
3. HIPPO & CE Times12:06
-
4. Circuit Breakers & Equilibrium11:35
-
5. Framing Bias20:24
-
6. Trading Reversals22:18
-
7. Catch High_s & Low_s26:34
-
8. Trading Algo Paths32:19
-
9. Reverse & End Paths30:23
-
10. Complete Path Mistakes38:52
-
11. Algo End Path Setup18:35
-
12. Algo 2 Reversal15:26
-
13. Algo Path For Newbies20:40
-
extra 133:27
-
extra 216:14
-
extra 327:43
-
158:58
-
22:02:07
-
32:55:44
-
43:29:05
-
03.11.2025 - Live Session - GB Time - Livestreams u00b7 Goldbach Time2:02:50
-
08 11 2025 - Live Session - GB Time - Livestreams u00b7 Goldbach Time56:08
-
19.11.2025 - Live Session - GB Time - Livestreams u00b7 Goldbach Time1:07:03
-
29.09.2025 - Live Session - GB Time - Livestreams u00b7 Goldbach Time2:01:34
-
30.10.2025 - Live Session - GB Time - Livestreams u00b7 Goldbach Time1:53:07
-
31.10.2025 - Live Session - GB Time - Livestreams u00b7 Goldbach Time1:28:13
-
06.06.2026 - Live Q A Session - GB Time - Livestreams u00b7 Goldbach Time51:10
-
13.06.2026 - Live Q A Session - GB Time - Livestreams u00b7 Goldbach Time1:03:33
-
23.05.2026 - Live Q A Session - GB Time - Livestreams u00b7 Goldbach Time1:12:43
-
26.06.2026 - Live Q A Session - GB Time - Livestreams u00b7 Goldbach Time1:00:49
-
30.05.2026 - Live Q A Session - GB Time - Livestreams u00b7 Goldbach Time53:49
-
1. Path GBT Trading Model - Overview - Trading Models u00b7 Goldbach Time22:27
-
2. Path GBT Trading Model - Application - Trading Models u00b7 Goldbach Time14:06
-
FPFVG GBT Trading Model - Part 1 - Trading Models u00b7 Goldbach Time16:51
-
FPFVG GBT Trading Model - Part 2 - Trading Models u00b7 Goldbach Time10:45
-
FPFVG GBT Trading Model - Part 3 - Trading Models u00b7 Goldbach Time06:33
-
FPFVG GBT Trading Model - Part 4 - Trading Models u00b7 Goldbach Time17:51
-
Execution Trades For Beginners - Prop Firms u00b7 Goldbach Time31:33
-
01.08.2026 - Live Q A Session1:01:09
-
05.09.2026 - Live Q A Session59:43
-
15.08.2026 - Live Q A Session1:01:06
-
18.07.2026 - Live Q A Session1:01:52
-
23.08.2026 - Live Q A Session - GB Time - Livestreams u00b7 Goldbach Time47:25
-
25.07.2026 - Live Q A Session - GB Time - Livestreams1:07:49
-
1st Sep - NY AM Session - Live Trading u00b7 Goldbach Time1:13:01
-
3rd Sep - NY AM Session1:21:34
-
tscourses01:00
Requirements
- Basic familiarity with financial markets and trading terminology is helpful.
- A computer with internet access and access to charting software.
- An interest in futures, forex, price action, or time-based market analysis.
- No specific indicators or advanced technical-analysis background is required.
Description
Goldbach Time presents a structured approach to studying financial markets through time-based analysis. Rather than relying primarily on conventional indicators, the program focuses on recurring time sequences, market-session behavior, algorithmic paths, and the relationship between specific moments and price movement. The learning journey is designed to help traders develop a repeatable process for observing, recording, and evaluating market behavior.
The program begins with the foundations of the Goldbach Time framework. Students are introduced to the role of time in market analysis and learn why certain time sequences may be tracked across trading sessions. The introductory material establishes the vocabulary used throughout the program, including Goldbach times, Goldbach Levels, algorithmic paths, sweeps, kill zones, highs, lows, and market swings. Students learn how to organize these concepts on a chart without depending on a large collection of indicators.
The next stage focuses on the beginner roadmap. The initial learning path is organized around guided lessons, daily application tasks, and selected live examples. Students work through the basic concepts in sequence and begin comparing the framework with actual market data. The purpose of this stage is to move from passive viewing to structured observation. Each exercise encourages students to mark relevant times, identify what occurred around those moments, and record whether the market reacted as expected.
Students then learn how to study the Goldbach time sequences and algorithmic paths in greater detail. The framework describes specific minute sequences through which market movement can be analyzed. Instruction covers how to locate these times within a trading session, how to distinguish different paths, and how to follow the progression from one time point to another. The emphasis is on developing consistency in chart preparation and avoiding arbitrary changes to the method after a trade or market move has already occurred.
The course also examines Goldbach Levels and their relationship to trade planning. Students explore how levels may be used to study possible entries, exits, and re-entries within a broader market path. This phase connects time-based observations with practical decision-making. Instead of treating a single time or level as an automatic signal, students learn to evaluate the surrounding price action, session context, liquidity movement, and the way the market responds after a sweep or displacement.
A dedicated portion of the learning process addresses session-based analysis. Students study how the framework can be applied during different market sessions and kill zones, including the behavior of price before, during, and after important timed windows. They learn to prepare a chart before a session begins, define the times and levels they intend to monitor, and review the result afterward. This process helps separate a planned analysis from hindsight interpretation and creates a practical routine for repeated study.
The program uses live and historical examples to demonstrate how the concepts are applied. Students review price-action sequences, observe how timed movements develop, and compare the initial expectation with the actual outcome. These examples are useful for understanding ambiguity, failed reactions, delayed movement, and situations in which a market does not follow the anticipated path. The goal is not to eliminate uncertainty but to provide a consistent method for documenting and interpreting it.
As students progress, the material expands into more advanced Goldbach Time and algorithm-path concepts. The advanced phase requires greater attention to sequencing, timing, market context, and the interaction between levels and price movement. Students learn to combine the components into a complete workflow: prepare the chart, identify the relevant path, monitor the designated times, observe the sweep or reaction, define possible trade conditions, and review the outcome using recorded evidence.
The program also includes regular market reviews and opportunities to examine current examples. Daily price-action reviews help students connect the framework with changing market conditions, while live sessions and question-and-answer discussions provide additional context for difficult chart situations. These activities support the development of a personal review habit rather than dependence on isolated predictions or individual trade calls.
By the end of the learning journey, students should have a defined process for applying time-based market analysis to instruments and sessions of interest. They will be able to prepare charts around recurring time sequences, study algorithmic paths, evaluate Goldbach Levels, document market reactions, and review potential entries and exits with greater structure. The final emphasis is on disciplined observation, repeatable chart work, and continuous evaluation. The framework is intended to become a practical analysis routine that can be tested, refined, and applied consistently across financial-market conditions.
Who this course is for:
Goldbach Time is designed for traders interested in futures, forex, price action, and time-based market analysis who want a structured process for studying market swings, sessions, entries, exits, and algorithmic paths.Instructor
Ajay Shanbhag
About Me
I am a CME futures trader focused on timing market swings through structured time-based analysis. My work developed from a long-term interest in the relationship between market movement, recurring session behavior, and the specific moments at which highs, lows, sweeps, and reversals tend to form.
I approach market analysis by reducing unnecessary complexity and concentrating on repeatable observations. My framework centers on Goldbach times, Goldbach Levels, and algorithmic paths that help organize the study of price action across trading sessions. I use charts, historical review, and live market observation to examine how price behaves around designated times and how those movements can be interpreted within a broader sequence.
Over the years, I have refined a process that emphasizes preparation, timing, documentation, and review. I study the market before a session begins, follow the relevant path as the session develops, and compare expectations with the actual outcome. This approach helps maintain discipline and makes it easier to identify where an analysis was supported, where it failed, and what additional context may have been missing.
My work is grounded in practical chart observation rather than dependence on numerous indicators. I value clear rules, consistent terminology, and the ability to explain a market sequence from beginning to end. I continue to investigate new timing relationships, review live examples, and refine the way algorithmic paths and market structure can be studied together.
I also maintain an active trading community where I discuss market behavior, review price action, and explore developments in the Goldbach Time framework. My focus remains on making time-based analysis organized, testable, and applicable to real market conditions.
Relative Courses