Discover how modeling a training system can transform your training practices. Learn to integrate knowledge and individualize programs.
Welcome to this 71st episode of 1/4 Hour LabO, where we will discuss modeling a training system. Unlike our usual Q&A formats, this session will be an open reflection on this vast topic. A few days ago, while talking with Romain, we realized the breadth of possibilities and gaps in the practical application of modeling. That’s why we decided to share our thoughts and open the discussion with you.
For Romain, modeling is the gradual construction of a training system. It's not about questioning everything with every new training or piece of knowledge, but rather having a central foundation and adding relevant information to it. The goal is to evolve this system so that it effectively addresses the issues encountered in the field, whether for athletes, patients, or clients.
A common mistake is to apply knowledge indiscriminately after each training. For instance, after attending a course on hypertrophy, one might apply only its principles, and then radically change approach upon discovering other methods. The idea is to extract the fundamental principles from each method and incorporate them into one’s own training system.
It’s crucial not to get lost in the multitude of training courses, but to use them to solve specific problems. This requires deep reflection and can lead to optimal results, even if some knowledge doesn’t immediately fit your current system.
Let’s take the example of Cal Dietz's Triphasic Training, often performed bilaterally. By integrating neuroscience and unilateral movements, one might wonder if it’s more relevant to work unilaterally. The important thing is not to abandon Triphasic Training completely but to adapt these methods based on needs.
It’s essential to know the strengths and weaknesses of each system. Every method, whether it's Triphasic or Charles Poliquin's periodization, has its advantages and disadvantages. The objective is to model and integrate principles into one’s own vision of training, which requires a critical analysis of one’s choices.
Modeling your own training system is essential, but individualization is equally important. From the first assessment with an athlete, you model a training program based on their specific needs. It’s not about following a method blindly, but adapting the principles to each situation.
Individualization takes into account the athlete's background, experience, and both their weaknesses and strengths. It’s vital to establish a comprehensive assessment to identify these limiting parameters and maximize the return on investment of training efforts.
Many seek the "miracle solution," but it doesn’t exist. Training is interdependent and varies by individual. The key lies in individualization and the ability to obtain maximum feedback session after session, in order to adapt training to the athlete's reactions.
Tools like fatigue induction are valuable for this. Each athlete has a different training history, and an accurate initial assessment is essential to identify levers for improvement.
The initial assessment is crucial. It’s not about conducting 150 tests, but choosing the most relevant ones based on the athlete’s priorities. Simple tests can provide valuable insights for building an appropriate program.
Modeling involves adding bricks to one’s training system without changing houses with every new idea. It’s important to justify each methodological choice to ensure the relevance of the training.
Your "toolbox" of tests should be used wisely. Tests should be chosen based on the objective and the population. The accumulation of knowledge should serve to solve practical problems. If a training course doesn’t provide concrete solutions, it will remain on the shelf.
The work of a strength and conditioning coach requires exploring various fields: nutrition, functional neurology, and so on. All this knowledge intertwines to form a system capable of meeting the specific needs of each athlete.
It’s crucial to know how to take notes effectively, especially while listening to podcasts. The "webbing" method allows for organizing ideas around a central theme, facilitating the integration of new information.
Beyond physical training, it’s important to work on the personal development of athletes. Training modeling incorporates all these dimensions to best support the athlete.
We hope this discussion on training modeling has interested you. Feel free to leave your comments and share your own reflections to enrich this discussion.
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