Department of Kinesiology & Physical Education
California State University, Long Beach, CA, USA.

Course & Program Information; Selected Publications


John Garhammer, Ph.D., CSCS.  Professor,  Director - Biomechanics Laboratory

Dr. Garhammer's research interests include the biomechanics of weightlifting and weight / resistance training exercises, and also,
strength training and conditioning program design.








For a list of "selected" publications (some available in PDF format for download) click  => PAPERS

For Info on the KPE Graduate Program click on this link =>  KPE Grad Info

If you still have questions, please e-mail them to me at  atlastwl@csulb.edu
 
 

The PYRAMID at California State University, Long Beach

Dr. Garhammer's primary teaching responsibilities include:


 
Course Number
Prerequisite
KPE 300
BIOL 208
KPE 368
KPE 300, 301
KPE 441/541
KPE 300
KPE 462/562
KPE 300, 301
KPE 540
KPE 300
KPE 580
Graduate Status

 

last update October 2002
 
 



CSULB - Department of Kinesiology & Physical Education         Spring 2000

KPE 580: Computer Applications in Kinesiology & Physical Education

Class Meets Wed. 7:00 - 9:45 PM in AS1-205 or the KPE Computer Laboratory (PE1-114).

INSTRUCTORS: OFFICE PHONEE-Mail

Dr. John Garhammer AS2-210 562-985-8062 atlastwl@csulb.edu

Dr. Ralph Rozenek AS2-219 562-985-4083 rrozenek@csulb.edu

Dr. Michael Lacourse AS2-100 562-985-4558 mlacours@csulb.edu

DESCRIPTION: Topics covered are related to the purchase and use of personal computers (PC's) for various aspects of academic work. Specifically, students will become familiar with standard PC terminology, hardware components of a PC system and their specifications, and several software applications (primarily Microsoft Office Pro). Each student is expected to attain at least minimum proficiency in the use of the software applications.

MATERIALS: 3.5" high density (HD-1.44 MB) PC floppy disks, and/or a 100 MB PC Zip disk.

TOPIC LIST:

1. Course overview

2. History of the personal computer and microprocessors (CPU's)

3. General terminology, operating systems, and software "suites"

4. Binary number system

5. PC system components and device storage capacities (fixed and movable)

6. PC system purchasing considerations

7. The Disk Operating System (DOS) and command examples on the PC......... { TEST  week #5 or 6 }

8. Introduction to network concepts (E-mail and Internet)

9. Presentation Software (MS-Powerpoint), image scanning and editing

10. Speadsheet application examples (MS-Excel )

    a) calculations     b) statistical analysis     c) graphing     d) templates and macros

11. WEB Page development  ( MS Frontpage 2000  or Netscape Composer )

12. Word processing versus desktop publishing

13. Presentation of (slide show) Projects ...................................................... {week 13 or 14}

14. Summary

WEB Page presentations - Wednesday May 17, 7:15 - 9:15 PM in the Computer Lab.

STUDENT EVALUATION:

Test #1 (20%); homework, quizzes & participation (40%); Power Pt presentation (20%);
WEB Page presentation (20%).

Homework includes: (1) Binary # calculations; (2) E-mail message; (3) Spreadsheet calculations & curve fit graph; (4) Spreadsheet statistical calculations; (5) Lecture handout reproduction; (6) ??

GRADING: A: 90 -100%; B: 80 - 89%; C: 70 - 79%; D: 60 - 69%; F: < 60% => of total points.


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last update October 2002