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Motor Learning

Code: 314     Acronym: AM

Instance: 2024/2025 - 1S Ícone do Moodle

Active? Yes
Web Page: https://moodle.up.pt/course/view.php?id=1794
Course/CS Responsible: Sports Sciences

Cycles of Study/Courses

Acronym No. of Students Study Plan Curricular Years Credits UCN Credits ECTS Contact hours Total Time
LCD 204 First Degree in Sports Sciences (2011/2012) 3 - 6 60 162

Teaching Staff - Responsibilities

Teacher Responsibility
Maria Olga Fernandes Vasconcelos

Teaching - Hours

Theoretical classes: 2,00
Practical classes: 2,00
Type Teacher Classes Hour
Theoretical classes Totals 1 2,00
Matheus Maia Pacheco 0,50
Maria Olga Fernandes Vasconcelos 1,50
Practical classes Totals 6 12,00
Matheus Maia Pacheco 12,00

Teaching language

Suitable for English-speaking students

Objectives

The Motor Learning course aims to acquaint students with the dynamic set of internal processes associated with practice and experience that, articulated with the conditions of learning, instruction and practice, lead to success in the learning and performance of motor skills in distinct contexts, namely, sports, school, elderly populations and populations with special needs.

Learning outcomes and competences

- Understanding Motor Learning as a field of Sports Sciences.

- Understanding the main terminology used in the study of motor learning and its application in practice of sport and physical education.

- Be acquainted with the general theories of motor learning.

- Understanding the fundamental processes and mechanisms of motor learning and motor performance.

- Identify and contextualize the factors that influence Motor Learning.

- Understanding the importance of individual differences in the learning and performance of motor skills.

- Understanding the relationships between the various concepts transmitted.

- Associate the concepts acquired at Motor Learning course with other learned in other courses with affinities with Motor Learning, in a transversal or vertical link.

Working method

Presencial

Program


  1. Introduction to Motor Learning and Performance. Motor Behavior: a field of investigation and application.


1.1. Concepts of: motor behavior, motor learning, latent learning, motor control, motor competence, performance, motor skills and motor ability.


1.2. Individual differences: considerations about the concepts of motor abilities, fundamental motor skills, specific motor skills, actions, movements.


1.3. Is there really a general motor ability?


1.4. Components and classification of motor skills.



  1. Motor skills: the acquisition processes, retention mechanisms and transfer determinants.


2.1. Acquisition processes: attention, motivation and emotion; motor programs and movement control; learning phases; changes in performer and motor performance through the learning phases.


2.2. Retention mechanisms: memory, emotion and learning; biological bases of memory; structures of memory; remember and forget; memory strategies.


2.3. Determinants of transfer; bilateral transfer of learning; when the transfer is negative ?; transfer of learning and simulators; strategies to enhance the transfer of learning.


2.4 Determinants of lateral preference and functional motor asymmetry in acquisition, retention and transfer of learning.



  1. Learning Outcomes and Motor Performance Measures.


3.1 Curves of performance in the processes of learning acquisition, retention and transfer.


3.2 Measures of error in accuracy tasks.


3.3 Measures of time and speed. The paradigmatic and motivating task of Fitts.


3.4. Measures of magnitude.


3.5 Kinetic and kinematic measures: practice makes perfect.


3.6. Electromyography and brain activity measures.


3.7. Measures of motor coordination.



  1. Organization and Planning: how the structure of practice influences learning.


4.1. Practice specificity and variability.


4.2. Amount and distribution of practice.


4.3. Whole and part practice.


4.4. Mental practice.



  1. Demonstration, Verbal Instruction and Augmented Feedback


5.1. Demonstration and verbal instruction.


5.2. Classification and types of augmented feedback.


5.3. Functions of augmented feedback.


5.4. Phases of augmented feedback.


5.5. Provide augmented feedback.


5.6. Metacognition and emotional involvement.



  1. Processing Information and Making Decisions


6.1. Difference between stimulus and information.


6.2. Processing Information Stages. The law of Hick.


6.3. Decision making and anticipation.


6.4. Decision making under conditions of activation and anxiety. The perceptual narrowing concept.

Mandatory literature

Magill Richard A.; Motor learning and control. ISBN: 978-0-07-110697-9
Schmidt Richard A.; Motor learning and performance. ISBN: 978-0-7360-6964-9
Tani Go 340; Comportamento motor
Passos Pedro 340; Comportamento motor, controlo e aprendizagem. ISBN: 978-972-735-192-3
Barreiros Joao M. P.; Aprendizagem motora
Utley Andrea; Motor control, learning and development. ISBN: 978-0-415-39139-9

Teaching methods and learning activities

Master classes.
Laboratory classes for familiarization with the various methodological designs, instruments and research procedures in the field of Motor Learning.
Fieldwork.
Discussion groups.

Software

Moodle

keywords

Health sciences

Evaluation Type

Distributed evaluation with final exam

Assessment Components

designation Weight (%)
Apresentação/discussão de um trabalho científico 10,00
Exame 60,00
Trabalho escrito 30,00
Total: 100,00

Amount of time allocated to each course unit

designation Time (hours)
Apresentação/discussão de um trabalho científico 2,00
Elaboração de projeto 2,00
Estudo autónomo 64,00
Frequência das aulas 60,00
Trabalho de campo 10,00
Trabalho de investigação 4,00
Trabalho escrito 20,00
Total: 162,00

Eligibility for exams

To access the final exam or the appeal exam, students will have to fulfill the following criteria: attend at least 75% of the classes;



Students overed by legislation relating to special frequency regimes (eg, working students, elite athletes) who do not ensure the presence of at least 75% of practical classes should contact the head of the course within two weeks after the first class in order to have an alternative method of evaluation concerning the objectives and contents of the course. If this occurrence does not happen, after these two weeks student will be considered as regular student.



These students may be required special evaluation moments (eg, demonstration of skills in manipulation of laboratorial research instruments, knowledge and application of protocols and procedures in the field of laboratory practice) to prove the knowledge and skills related to the objectives and contents of the course.


Calculation formula of final grade

Evaluation Components

  1. Components of the Distributed Evaluation: Group practical work + Public defense of practical work
  2. Final exam

Classification of the Distributed Evaluation = practical work classification*0.3 (with self-classification and hetero classification) + public defense classification of the practical work*0.10 (with self-classification and hetero classification)

Final Classification = classification of distributed evaluation + final exam classification*0.6

Appeal Exam - for all students not approved in the Final Evaluation and improvement of classification concerning final exam

Appeal Exam Classification = classification of Distributed Evaluation + Exam classification 0.6*

The classification concerning the components of Distributed Evaluation and Exam (final and appeal) cannot be less than 47.5% (9.5 on a scale of 0 to 20) of the respective value.

The written (group) work and the respective presentation / discussion is a mandatory component of the final classification.

Examinations or Special Assignments

Students overed by legislation relating to special frequency regimes may have to accomplish special evaluation moments (eg, demonstration of skills in manipulation of laboratorial research instruments, knowledge and application of protocols and procedures in the field of laboratory practice) to prove the knowledge and skills related to the objectives and contents of the course.

Special assessment (TE, DA, ...)

Students overed by legislation relating to special frequency regimes (eg, working students, elite athletes) who do not ensure the presence of at least 75% of practical classes should contact the head of the course within two weeks after the first class in order to have an alternative method of evaluation concerning the objectives and contents of the course. If this occurrence does not happen, after these two weeks student will be considered as regular student.



These students may be required special evaluation moments (eg, demonstration of skills in manipulation of laboratorial research instruments, knowledge and application of protocols and procedures in the field of laboratory practice) to prove the knowledge and skills related to the objectives and contents of the course.


Classification improvement

The improvement of classification can be achieved only through the Exam. The exam for improvement of classification will involve all the theoretical and practical contents.

Observations

In the hetero-evaluation of practical group work and its presentation:

- After having been assigned by the teachers a classification to the practical work of group, the group must gather and carry out the self-assessment and heterovaluation. The resulting classification, even if differentiated among its elements, must be rounded to the first decimal place, with the classification attributed by the CU professor (s) to the work.

- In the hetero-evaluation of group work and its presentation, a rating of less than 47.5% (9.5 values on a scale of 0 to 20 values) can not be assigned to any member of the group. If this is the intention, the regent of the CU should be consulted.

In this CU are assumed the basic knowledge of Sports Pedagogy, Developmental Psychology, Motor Development and Statistics.

This CU is part of the e-learning component of the University of Porto, using the Moodle platform.
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