Dynamically providing virtual reality (VR) coaching using real-time feedback loops

A method comprising:

• at a dynamic virtual reality (VR) coaching computing platform comprising at least one processor, a communication interface, and memory:
• receiving, from a plurality of computer systems, model training data;
• receiving, based on the model training data, a model;
• generating a first user interface directed to a user requesting coaching and configured to request information to generate a user profile for the user;
• sending the first user interface to a first computer system, wherein sending the first user interface to the first computer system causes the first computer system to display the first user interface;
• receiving, from the first computer system and via the first user interface, user data for the user;
• generating, for the user and based on the user data received via the first user interface, the user profile;
• receiving, based on the user profile and a first one or more user selections received from the first computer system, a first virtual reality module;
• sending, to the first computer system, the first virtual reality module, wherein sending the first virtual reality module to the first computer system causes the first computer system to execute the first virtual reality module;
• receiving, from the first computer system, first real-time feedback associated with the first virtual reality module;
• generating, based on the first real-time feedback, a second user interface;
• sending the second user interface to the first computer system, wherein sending the second user interface to the first computer system causes the first computer system to display the second user interface;
• receiving, from the first computer system, a second one or more user selections;
• configuring, based on the second one or more user selections and the user profile, a second virtual reality module;
• sending, to the first computer system, the second virtual reality module, wherein sending the second virtual reality module to the first computer system causes the first computer system to execute the second virtual reality module;
• receiving, from the first computer system, second real-time feedback associated with the second virtual reality module;
• updating the model based on the first real-time feedback and the second real-time feedback;
• generating, based on the first real-time feedback and the second real-time feedback, a fifth user interface;
• and
• sending the fifth user interface to the first computer system, wherein the sending the fifth user interface causes the first computer system to display the fifth user interface, and wherein the fifth user interface comprises a plurality of user recommendations, a confidence score for each of the plurality of user recommendations, and a selectable link for an additional resource for each of the plurality of user recommendations determined based at least in part on an associated confidence score.

One or more non-transitory computer-readable media storing instructions that, when executed by a dynamic virtual reality (VR) coaching computing platform comprising at least one processor, a communication interface, and memory, cause the dynamic VR coaching computing platform to:

• receive, from a plurality of computer systems, model training data;
• configure, based on the model training data, a model;
• generate a first user interface directed to a user requesting coaching and configured to request information to generate a user profile for the user;
• send the first user interface to a first computer system, wherein sending the first user interface to the first computer system causes the first computer system to display the first user interface;
• receive, from the first computer system and via the first user interface, user data for the user;
• generate, for the user and based on the user data received via the first user interface, the user profile;
• configure, based on the user profile and a first one or more user selections received from the first computer system, a first virtual reality module;
• send, to the first computer system, the first virtual reality module, wherein sending the first virtual reality module to the first computer system causes the first computer system to execute the first virtual reality module;
• receive, from the first computer system, first real-time feedback associated with the first virtual reality module;
• generate, based on the first real-time feedback, a second user interface;
• send the second user interface to the first computer system, wherein sending the second user interface to the first computer system causes the first computer system to display the second user interface;
• receive, from the first computer system, a second one or more user selections;
• configure, based on the second one or more user selections and the user profile, a second virtual reality module;
• send, to the first computer system, the second virtual reality module, wherein sending the second virtual reality module to the first computer system causes the first computer system to execute the second virtual reality module;
• receive, from the first computer system, second real-time feedback associated with the second virtual reality module;
• and
• update the model based on the first real-time feedback and the second real-time feedback,
• generate, based on the first real-time feedback and the second real-time feedback, a fifth user interface;
• and
• send the fifth user interface to the first computer system, wherein the sending the fifth user interface causes the first computer system to display the fifth user interface, and wherein the fifth user interface comprises a plurality of user recommendations, a confidence score for each of the plurality of user recommendations, and a selectable link for an additional resource for each of the plurality of user recommendations determined based at least in part on an associated confidence score.