Method and system for skill learning

A system for skill learning, comprising:

• a wearable device to be worn by a user;
• a storage unit storing a plurality of virtual reality modules therein, each of the virtual reality modules containing interactive data associated with learning a skill;
• and
• a processor communicating with said wearable device and said storage unit, wherein said processor is configured to:
• access said storage unit to load a selected one of the virtual reality modules;
• and
• control said wearable device to present the interactive data contained in the selected one of the virtual reality modules to the user in the form of a virtual environment;
• wherein:
• said wearable device includes a display unit and an input unit;
• after presenting the interactive data, said input unit is configured to detect a hand gesture of the user and generate a gesture signal corresponding with the hand gesture;
• in response to receipt of the gesture signal from the input unit, said processor generates an interactive gesture presentation based on the gesture signal, and controls said wearable device to further present the interactive gesture presentation in the virtual environment;
• wherein, prior to accessing said storage unit to load the selected one of the virtual reality modules:
• said processor controls said wearable device to present a selection screen, the selection screen including a plurality of skill options each corresponding with a skill, and a plurality of mode options each corresponding with an operation mode;
• and
• in response to receipt of a selection signal indicating one of the skill options and one of the mode options, said input unit transmits the selection signal to the processor;
• wherein said processor loads a selected one of the virtual reality modules based on the selection signal;
• wherein, prior to accessing said storage unit to load the selected one of the virtual reality modules:
• said processor controls said wearable device to present a selection screen, the selection screen including a plurality of skill options each corresponding with a skill, and a plurality of mode options each corresponding with an operation mode;
• and
• in response to receipt of a selection signal indicating one of the skill options and one of the mode options, said input unit transmits the selection signal to the processor;
• wherein said processor loads a selected one of the virtual reality modules based on the selection signal;
• wherein:
• one of the mode options corresponds with a practice mode;
• the selected one of the virtual reality modules includes a practice sub-module corresponding with the practice mode, the practice sub-module containing interactive data that includes a cognitive scaffolding network, the cognitive scaffolding network including a plurality of scaffolding elements;
• and
• when the practice mode is selected, said processor further controls said wearable device to present at least one of the scaffolding elements in the virtual environment, and the scaffolding elements include a number cue indicating an order of operation, and one or more of an arrow, a broken line, a text message, and a visual cue.