Department of Kinesiology, University of Lethbridge

 

KNES 3670 Motor Skill Learning – Fall 2001

 

Dr. Gongbing Shan

Office: PE211; Office hours: Fridays 2-4 pm or making appointment

Phone: 329-2683;        e-mail: g.shan@uleth.ca;

 

Lecture Time: from 05-Sept. to 06-Dec.; M W F; 13:00-13:50.                     Room: PE256

Lab. Time: Mon. for lab.1 and Wed. for lab.2;  14:00-14:50.                          Room: PE233

 

Course Description: This course provides students with the state-of-the-art knowledge of acquisition and improvement of motor skills. It includes the ways and methods used in physical education, coaching, physical therapy, dancing, as well as military and industrial environmental conditions. Students are introduced to the basic concepts and research methods used in this domain, and shown how these aspects are applied to deal with motor skill learning in the real-world situation.

 

Course Objectives:

  1. To provide students with a basic understanding of important concepts related to learning motor skills.
  2. To supply students with a theoretical basis for developing effective motor skill teaching strategies.
  3. To enable students to design, evaluate and implement learning environments, which enhance motor skills acquisition in physical education, sport, or therapeutic settings.

 

Textbook:   Magill, RA (2001). Motor Learning, Concepts and Applications 6th Edition. Boston, McGraw-Hill, ISBN: 0-07-232936-X

*note: It is advised to take every class and class note. Many materials will not be included in the textbook. They will come from journals and the other sources.

 

Evaluation: There will be three examinations (two midterms and one final). Exams will not be cumulative, however, comprehension of materials covered on previous exams will be necessary to complete subsequent exams. The laboratory assignment must be typed; no handwritten assignment will be accepted for grading. (Click here to read assignment expectations) The only exception applies to formulae, diagrams and illustrations. Late assignments will receive a 10% deduction per day.

Test, quiz and assignment value

First Midterm                           Week 5                        20%

Second Midterm                       Week 10                      20%

Final Exam                               Dec. 11                        20%

Laboratory Quizzes      (3 quizzes, announced               15%

1 week in advance)

Laboratory Assignment             Nov. 30                       25%

*note: Motor Learning is applied science. In order to promote application ability, students are encouraged to do more than one laboratory assignment. The second one can receive a maximum bonus of 10%, depending on the quality of work.

 

Grade Scheme: Grades will be assigned based on the following grading scheme. In all cases marks will be rounded to the nearest whole number.

Letter Grade     Percentage       GPA               Letter Grade     Percentage       GPA   

A+                   91-100%         4.0                  C+                   67-69.9%        2.3

A                     86%-90.9%     4.0                  C                     63-66.9%        2.0

A-                    80-85.9%        3.7                  C-                    60-62.9%        1.7

B+                   77-79.9%        3.3                  D+                   57-59.9%        1.3

B                      73-76.9%        3.0                  D                     53-56.9%        1.0

B-                    70-72.9%        2.7                  D-                    50-52.9%        0.7

                                                                        F                      0-49.9%          0

 

Tentative Course Schedule: Class sessions and laboratories will combine to provide the skills and knowledge, which are necessary for the successful class completion, as outlined below under Topics.

Week

Topic

Readings

Laboratory

Week 01

(Sept. 05)

Course description, class requirements and expectations; explanation and discussion of tests; explanation and discussion of lab assignment, themes delivery.

Introduction to motor skills - classification

Chapter 1

No Lab

Week 02

(Sept. 10)

Motor ability, the measurement of motor performance

Chapter 2, 3

Kinematics measurements

Week 03

(Sept. 17)

Motor control theories

Chapter 4

Kinetic measurements

Week 04

(Sept. 24)

Performance Characteristics of complex skills, proprioception and vision

Chapter 5, 6

EMG

Week 05

(Oct. 01)

Action Preparation, Midterm 1

Chapter 7

Students’ measurements

Week 06

(Oct. 10)

Attention as a limited capacity resource, visual selective attention

Chapter 8, 9

Students’ measurements

Week 07

(Oct. 15)

Memory components, forgetting, and strategies

Chapter 10

Students’ measurements

Week 08

(Oct. 22)

Defining and assessing learning, the stages of learning

Chapter 11, 12

Data analysis (1)

Week 09

(Oct. 29)

Predicting performance for later learning stages

Chapter 13

Data analysis (2)

Week 10

(Nov. 05)

Transfer of learning, demonstration and verbal instructions, Midterm 2

Chapter 14, 15

Data analysis (3)

Week 11

(Nov. 14)

The effect of augmented feedback on skill learning, the content of augmented feedback

Chapter 16, 17

Lab report writing (1)

Week 12

(Nov. 19)

The timing of augmented feedback, practice variability

Chapter 18, 19

Lab report writing (2)

Week 13

(Nov. 26)

Practice distribution, the amount of practice

Chapter 20, 21

Lab report due (Nov. 30, 5pm)

Week 14

(Dec. 3)

Whole and part practice, Mental practice

Chapter 22, 23

No Lab

Monday

Dec 10

Final Exam 9:00 – 12:00 am

 

 

overview of courses

 

Lecture1 (Sept. 05 2001)

Intro Section

Course description, class requirements and expectations

Explanation and discussion of tests, lab assignment, and themes delivery

 

Lecture 2 (Sept. 7 2001)

Introduction to motor skills – classification

 

Lecture 3 (Sept. 10 2001)

Motor ability

 

Lecture 4 (Sept. 12 2001)

The measurement of motor performance

 

Lecture 5 (Sept. 14 2001)

The measurement of motor performance

 

Lecture 6 (Sept. 17 2001)

The measurement of motor performance

 

Lecture 7 (Sept. 19 2001)

Motor control theories

 

Lecture 8 (Sept. 21 2001)

Motor control theories

 

Lecture 9 (Sept. 24 2001)

Performance Characteristics of complex skills

 

Lecture 10 (Sept. 26 2001)

Proprioception and vision

 

Lecture 11 (Sept. 28 2001)

Proprioception and vision

 

Lecture 12 (Oct. 1 2001)

Action Preparation

 

Lecture 13 (Oct. 3 2001)

Action Preparation

 

Lecture 14 (Oct.5 2001)

Midterm I

 

Lecture 15 (Oct. 10 2001)

Attention as a limited capacity resource

 

Lecture 16 (Oct. 12 2001)

Attention as a limited capacity resource

 

Lecture 17 (Oct. 15 2001)

Visual selective attention

 

Lecture 18 (Oct. 17 2001)

Memory components, forgetting, and strategies

 

Lecture 19 (Oct. 19 2001)

Memory components, forgetting, and strategies

 

Lecture 20 (Oct. 22 2001)

Defining and assessing learning

 

Lecture 21 (Oct. 24 2001)

Defining and assessing learning

 

Lecture 22 (Oct. 26 2001)

The stages of learning

 

Lecture 23 (Oct. 29 2001)

Predicting performance for later learning stages

 

Lecture 24 (Oct. 31 2001)

Predicting performance for later learning stages

 

Lecture 25 (Nov. 2 2001)

Transfer of learning, demonstration and verbal instructions

 

Lecture 26 (Nov. 5 2001)

Transfer of learning, demonstration and verbal instructions

 

Lecture 27 (Nov. 7 2001)

The effect of augmented feedback on skill learning

 

Lecture 28 (Nov. 9 2001)

Midterm 2

 

Lecture 29 (Nov. 14 2001)

The effect of augmented feedback on skill learning, the content of augmented feedback

 

Lecture 30 (Nov. 16 2001)

The content of augmented feedback

 

Lecture 31 (Nov. 19 2001)

The timing of augmented feedback, practice variability

 

Lecture 32 (Nov. 21 2001)

The timing of augmented feedback, practice variability

 

Lecture 33 (Nov. 23 2001)

Practice variability

 

Lecture 34 (Nov. 26 2001)

Practice distribution

 

Lecture 35 (Nov. 28 2001)

The amount of practice

 

Lecture 36 (Nov. 30 2001)

The amount of practice, whole and part practice

 

Lecture 37 (Dec. 3 2001)

Whole and part practice

 

Lecture 38 (Dec. 5 2001)

Mental practice

 

Lecture 39 (Dec. 7 2001)

Summary section

 

 

The lecture is based on the following reference Books:

 

Magill, RA (2001). Motor Learning, Concepts and Applications (6th Edition), ISBN: 0-07-232936-X

 

Schmidt, RA and LEE, TD (1999). Motor Control and Learning (Third Edition), ISBN: 0-88011-484-3

 

Shumway-Cook, A and Woollacott, M (1995). Motor Control, Theory and Practical Application, ISBN: 0-683-07757-0

 

Home

Education

Research Areas

Publications

Miscellaneous