Syllabi: Summer 08 - Spring 09DPLS 774 Spring 2009 Leadership and ResilienceDPLS 722 Spring 2009 Quantitative Data AnalysisDPLS 701sp09 Organizational TheoryDPLS 703sp09 Global Systems and Policy AnalysisDPLS 728sp09 Dissertation Scholarship and Conceptual FrameworkDPLS 747sp09 Leadership & Classical EthicsDPLS 748sp09 Leadership and Feminist EthicsDPLS 756sp09 Leadership and PsychologyDPLS 759sp09 Leadership and EconomicsDPLS 772sp09 The Invitation of LeadershipDPLS 773sp09 Portraits of Women and LeadershipDPLS 776sp09 Leadership, Authenticity and HospitalityDPLS 705fa08 Leadership and Social JusticeDPLS 706fa08 Leadership and DiversityDPLS 747fa08 Leadership and Classical EthicsDPLS 772fa08 Leadership and the Common GoodDPLS 775 Spring 09 Leading ChangeDPLS 700fa08 Leadership TheoryDPLS 708fa08 Leadership, Restorative Justice, and ForgivenessDPLS 720fa08 Principles of ResearchDPLS 718fa08 Ways of KnowingDPLS 723fa08 Qualitative Research: Theory and DesignDPLS 730fa08 Proposal Seminar
DPLS 722su08 Quantitative Data Analysis
DPLS 773su08 - Leadership & SpiritualityDPLS 723su08 - Qualitative Research Theory and DesignDPLS 720su08 Principles of ResearchDPLS 745su08 Leadership and Personal EthicsDPLS 713su08 Leadership & LawDPLS 701su08 Organizational TheoryDPLS 774su08 The Art and Practice of DialogueDPLS 728su08 Scholarship and Dissertation FrameworkDPLS 700su08 Leadership TheoryDPLS 730su08 Proposal SeminarDPLS 775su08 - Leadership, Discernment, and VocationDPLS 703su08 - Global Systems and Policy AnalysisDPLS 730 Spring 09 Proposal Seminar

DPLS 722su08 Quantitative Data Analysis

DPLS 722 - Quantitative Data Analysis
Summer 2008
                            3 Credit

Professor: Sandra M. Wilson
Classroom: 202 Shoenberg Center
Office Phone: (509) 323-3517
Office hours: Call for appointments
email: wilson@gonzaga.edu

Course Overview

Quantitative data analyses require the use of statistics (descriptive and inferential) to summarize data collected, to make comparisons of data sets, and to generalize results obtained for a sample back to the population from which the sample was drawn.  Knowledge about data analyses can help the researcher interpret data for the purpose of providing meaningful insights about the problem being investigated. 

This course approaches statistics from a problem-solving perspective as emphasis is placed on selecting appropriate statistical techniques for various research designs and on interpreting and reporting data analyses results.  Computer data analysis (using the windows 13.0 version of the Statistical Package for the Social Sciences (SPSS) will be a primary focus of the course to further illustrate the use and interpretation of statistics in research.

The course content is organized into seven modules.  Although the course will progress through the modules on a scheduled basis, if you find yourself confused and frustrated, we suggest you take an incomplete for the course and finish the work at a later time.  Please call to schedule an appointment with either of us if you need some assistance.  We would be most willing to take whatever time is needed to help you learn and hopefully enjoy statistics.

Course Objectives

This course is designed to enable students to:

  1. understand the basic conceptual framework for parametric and nonparametric inferential statistics as presented in the seven modules;
  2. learn how to use SPSS for data entry and analysis;
  3. read and interpret results obtained from various statistical analyses and computer printouts; and
  4. clearly present and discuss results in writing.

Note: each module includes objectives specific to that module.

Course Evaluation

Grades for the course will be based on:

  1. Self-assessment scores obtained for the seven modules (5%)
  2. SPSS lab exercises (25%)
  3. Final exam (individual and in small groups) (25%)
  4. Statistics project (35%)
  5. Attendance and participation (10%)

Course Texts

Required:

Norusis, M.J. (2005).  SPSS 13.0 (or a higher version) guide to data analysis. Englewood Cliffs, NJ: Prentice Hall.

Module Packages designed by Sandra Wilson

Optional (but strongly recommended):

Hinkle, D., Wiersma, W., & Jurs, S. (1998 or latest edition). Applied statistics for the behavioral sciences.  Boston: Houghton Mifflin.

Outline of Sessions

Session 1 (June 23)

  1. Course overview
  2. Overview of statistics (Module 1)
  3. Introduction to SPSS (lab # 1)

Session 2 (June 30)

  1. Inferential statistics and sampling distributions (Module 2)
  2. The standard normal distribution and hypothesis testing (Module 3)
  3. SPSS lab # 2

Session 3 (July 7)

  1. The t-distribution and hypothesis testing (Module 4)
  2. Hypothesis testing for ANOVA (Module 5)
  3. SPSS lab # 3

Session 4 (July 11)

FRIDAY

  1. Module 5 (cont.)
  2. SPSS lab # 4

Session 5 (July 14)

  1. Correlation and Regression (Module 6)
  2. SPSS lab # 5

Session 6 (July 21)

  1. Hypothesis testing for correlation and regression (cont.)
  2. Non-Parametric Statistics (Module 7)
  3. SPSS lab # 6

Session 7 (July 28)

  1. Final exam
  2. Lab assignments, self-evaluations, and statistics project due