Kinesiology and Biomechanics

 

HHP 3013

  MWF 10:00-11:00 am

 

 

Instructor:    Dr. Brad Cliff, Ph.D

Office:           CU 216

Hours:            MWF, 8-9 am, 2-4pm; TH 1:30-3:30 pm

Phone:           425-3389

Email:             cliff@lambuth.edu

Text(s):        

 

Basic Biomechanics, 5th edition, Hall,S. McGraw-Hill, Boston, MA ©2007

Additional handouts will be provided for advanced study of kinesiology.

Evaluation:

 

Grades will be based on three examinations, weekly quizzes, muscle sheets, and a presentation.  Each will be weighted equally, producing 1/4 of the final grade.  The exams are tentatively scheduled as follows:

 

Exam I: Feb. 15th

Exam II:  March 28th

Exam III: May

Final Project: April 28

Muscle Sheets and Workbook count as an extra test grade.

Quizzes will also count as a test grade

 

Absences:

 

Attendance is mandatory.  Absences will be excused only with regard to university policy.  Three unexcused absences are permitted, but the student’s final grade will be reduced upon the fourth and any additional absences.  Exams may not be made up without approval received by the instructor prior to the exam. 

 

Course Objectives:

 

This course is designed as an introduction to kinesiology and biomechanics of sport and physical activity.  Specifically, at the successful completion of the course, students should:

 

1)                 Be familiar with musculoskeletal anatomy and physiology as it relates to movement.

2)                 Have examined neuromuscular aspects of movement.

3)                 Be familiar with force and movement, including torque and rotation.

4)                 Have examined the biomechanics of the musculoskeletal system, including upper extremity, lower extremity, and trunk.

5)                 Be introduced to the observation and analysis of movement.

6)                 Be familiar with analysis of throwing and pushing movements.

7)                 Be familiar with analysis of projectiles and fluid forces.

8)                 Be introduced to aerodynamics and hydrodynamics in sport

9)                 Be introduced to analysis of free and supported rotation of the human body.

10)             Be introduced to the instrumentation typically utilized in biomechanics and kinesiology.

Kinesiology

Tentative Class Outline

Spring 07 MWF

HHP

 

January

Friday January 11 – Introduction

 

14 – 18 Chapter 1

 

23 – 25 Chapter 2

 

28 – 2/1 Chapter 3

 

February

 

4 – 8 Chapter 4

 

11 – 15 Chapter 5 (Test 1)

 

18 – 22 Chapter 6

 

25 – 29 Chapter 7

 

March

 

3 – 7 Chapter 8

 

10 – 14 SPRING BREAK!!!!!!!!!!!

 

17 – 21 chapter 9

 

24 – 28 Chapter 10 (Test 2)

 

April

 

3/1- 4 Chapter 11

 

7 – 11 Chapter 12

 

14 – 18 Chapter 13

 

21 – 25 Week to complete final project

 

28 Last day of class, Present project to class

 

May

Final Exam