Coursera
Coursera Logo

University of Florida - The Science of Training Young Athletes 

  • Offered byCoursera
  • Public/Government Institute

The Science of Training Young Athletes
 at 
Coursera 
Overview

Duration

19 hours

Total fee

Free

Mode of learning

Online

Difficulty level

Beginner

Official Website

Explore Free Course External Link Icon

Credential

Certificate

The Science of Training Young Athletes
Table of content
Accordion Icon V3
  • Overview
  • Highlights
  • Course Details
  • Curriculum

The Science of Training Young Athletes
 at 
Coursera 
Highlights

  • Shareable Certificate Earn a Certificate upon completion
  • 100% online Start instantly and learn at your own schedule.
  • Flexible deadlines Reset deadlines in accordance to your schedule.
  • Beginner Level
  • Approx. 19 hours to complete
  • English Subtitles: French, Portuguese (European), Russian, English, Spanish
Read more
Details Icon

The Science of Training Young Athletes
 at 
Coursera 
Course details

Skills you will learn
More about this course
  • Seventy percent of kids drop out of sports before their high school graduation. Only 15% leave because they feel they are not good enough. Almost 70% leave because they were not having fun, or due to problems with the coach. Injuries cause 30% to give up sports. This course is packed full of practical sports science information that provide youth coaches and parents with the practical pediatric sports science insights to successfully retain young athletes and develop their sport potential while avoiding injury and overtraining. We begin by examining the multidimensional nature of coaching, the relevant sport motor performance abilities, the impact of growth and development on motor skills, the gene versus practice controversy, and briefly overview the body structures strengthened through training. Then we explore the athlete's energy supply, where this energy comes from, and how it matures along with the athlete. Finally, we examine the development of strength, power, anaerobic capacity, coordination and flexibility through the life span.
  • The optional text manual for this course is available at: http://www.learnitez.com/HighPerformanceScience/manuals/
Read more

The Science of Training Young Athletes
 at 
Coursera 
Curriculum

Week 1: Introduction to the young athlete

Course Introduction

Part 1 - Introduction to high performance coaching

Part 2 - How many kids play sports?

Part 3 - Why do kids play sports?

Part 4 - How we gain knowledge

Part 5 - The performance components

Part 6 - The competitive performance

Part 7- Key points of high performance coaching

Part 1 - Introduction to motor performance abilities

Part 2 - Designing physical work capacity

Part 3 - Five components of motor performance

Part 4a - Sport-specific motor abilities

Part 4b - Sport-specific motor abilities

Part 4c - Sport-specific motor abilities

Part 5 - Key points of motor performance abilities

Part 1 - Introduction to growth and maturation

Part 2 - Growth vs. maturation

Part 3 - Gender and puberty

Neurological Development

Thermoregulation and Cardiovascular

Ventilation

Part 5- Key points of growth and maturation

Additional Insights: Educational Opportunities of Sport Organizations (Terry Crawford)

Quiz 1

Quiz 2

Quiz 3

Week 2: Strategies for maximizing the athlete?s potential

Part 1 - Introduction to critical training periods

Part 2 - Ontogeny

Part 3 - Development and environment

Part 4 - Motor circuitry development

Part 5 - Periods of accelerated growth

Part 6 - Key points of critical training periods

Part 1 - Introduction to long term athlete development

Part 2 - Four implicit principles

Part 3 - Physical literacy

Part 4 - Training approaches

Part 5 - Key points of long term athlete development

Dr. Mike Sagas Introduction

Sampling

Benefits of early sampling

What is deliberate play?

Part 1 - Introduction to factors affecting potential

Part 2 - Genotype vs. phenotype

Part 3 - Genetic ceiling effect

Part 4 - Why the body's systems adapt

Part 5 - Key points of factors affecting potential

Quiz 4

Quiz 5

Quiz 6

Week 3: How the body works

Part 1 - Introduction to important body structures

Part 2 - Skeletal and muscular system

Part 3 - Nervous system

Part 4 - Respiratory system

Part 5 - Cardiovascular system

Part 6 - Key points of important body structures

Part 1 - Introduction to energy supply

Part 2 - ATP structure and recharging

Part 3 - Creatine phosphate (CP) mechanism

Part 4 - Fast glycolysis

Part 5 - Aerobic energy system

Part 6 - How mitochondria work

Part 7 - Key points of energy supply

Part 1 - Introduction to energy system fuels and diet

Part 2 - Nutrient processing

Part 3 - Role of vitamins and minerals

Part 4 - Nutritional concerns

Part 5 - Key points of energy system fuels and diet

Quiz 7

Quiz 8

Quiz 9

Week 4: Enhancing the athlete?s physical work capacity

Part 1 - Introduction to aerobic capacity

Part 2 - The VO2max test

Part 3 - Comparing the VO2max of athletes

Part 4 - Aerobic capacity of young athletes

Part 5 - Relative VO2max of trained vs untrained children

Part 6 - The child's economy

Part 7 - Key points of aerobic capacity

Part 1- Introduction to strength

Part 2 - Gender strength differences

Part 3 - Trainability of strength

Part 4 - Strength adaptation and training safety

Part 5 - Key points of strength

Part 1 - Introduction to the physiology of strength and power

Part 2 - Muscle components affecting strength and power

Part 3 - Intrinsic sensors

Part 4 - Stretch-shortening cycle

Part 5 - Strength and muscle fiber type

Part 6 - Key points of the physiology of strength

Part 1 - Introduction to anaerobic capacity

Part 2 - Effect of gender and age

Part 3 - Explaining development of anaerobic performance

Part 4 - Sport performance insights

Part 5 - Key points of anaerobic capacity

Quiz 10

Quiz 11

Quiz 12

Quiz 13

Week 5: Enhancing the fluidity of movement

Part 1 - Introduction to coordination

Part 2 - Brain motor control areas

Part 3 - Coordinating variables

Part 4 - Optimal sequential timing

Part 5 - Soccer example of coordination & control

Part 6 - Learning control

Part 7 - Key points of coordination

Part 1 - Introduction to flexibility

Part 2 - Range of motion strategies

Part 3 - Children and flexibility

Part 4 - Varieties of stretching

Part 5 - Effect of stretching on a muscle

Part 6 - Position statement

Part 7 - Key points of flexibility

Psychology 1 - Acquiring expertise (Dr. Mark Williams)

Psychology 2 - Talent identification and development (Dr. Mark Williams)

Psychology 3 - Perceptual and Cognitive Expertise (Dr. Mark Williams)

Dean Reid Introduction

Dr. Mike Sagas: Sports Management Overview

Sports Management Faculty Introductions

Dr. Tom Livengood

Quiz 14

Quiz 15

Other courses offered by Coursera

– / –
3 months
Beginner
– / –
20 hours
Beginner
– / –
2 months
Beginner
– / –
3 months
Beginner
View Other 6726 CoursesRight Arrow Icon
qna

The Science of Training Young Athletes
 at 
Coursera 

Student Forum

chatAnything you would want to ask experts?
Write here...