Optimizing Learning Objectives and Motor Task Complexity

1. Modifying the Complexity of a Goal

Objectives should be formulated using verbs in the infinitive or reflective form (e.g., "the student is able to," "the student will have to"). Always focus on the improvement of concepts, attitudes, or procedures. Clearly identify the target's complexity based on: Word, Content, and Evaluation Criteria.

Types of Objectives

• Procedural: Developing a process or performing an action.
• Conceptual: Acquiring knowledge or learning a concept.
• Attitudinal: Developing an attitude toward a specific situation.

2. Modifying Motor Task Complexity

Adjusting the complexity of a motor task involves three mechanisms: Perception, Decision, and Execution.

Perceptive Phase

The mind analyzes incoming stimuli, selects perceptions, and contrasts them with short-term memory to form an understanding of reality.

Decision Phase

Based on the perceived reality, the brain selects the most appropriate response from memory. Experience increases the speed of this mechanism. Difficulty is determined by:

• Number of decisions required
• Number of available alternatives
• Required speed of decision-making
• Level of uncertainty
• Risk associated with the decision
• Number of elements to recognize
• Sequential decision chains

Execution Phase

This involves the coordination of muscle actions to perform the response. Failure in muscular coordination prevents successful execution. This final phase is where feedback occurs.

Implementation Mechanism

Task complexity depends on:

• Qualitative: Neuromuscular coordination capacity.
• Quantitative: Amount of muscle groups or physical ability required.