Master of Science in Applied Statistics and Analytics
The M.S. in Applied Statistics and Analytics program provides professional preparation for careers involving the use of data analysis to inform decisions. The program includes required courses providing a foundation in statistical methods and theory, and electives that allow students to emphasize biostatistics or business analytics and explore a variety of statistical models and techniques for analyzing data. Expertise in the use of statistical software packages is developed. In keeping with the mission of Azusa Pacific University, this program encourages an active conversation about the role of a Christian perspective in the field of applied statistics, particularly in terms of ethical issues prevalent in data analytics. Students complete a total of 33 units.
|STAT 501||Introduction to Modeling with Probability||3|
|STAT 502||Mathematical Statistics||3|
|STAT 511||Applied Regression Analysis||3|
|STAT 512||Analysis of Variance and Design of Experiments||3|
|STAT 521||Statistical Computing and Programming||3|
|STAT 592||Ethics in Data Analytics||2|
|STAT 597||Statistical Consulting Practicum||2|
|STAT 598||Culminating Project||2|
|Calculus Fundamentals for Statistics 1|
|Linear Algebra Fundamentals for Statistics 1|
|Epidemiology Research Methods 2|
|Applied Logistic Regression and Survival Analysis 2|
|Applied Longitudinal Data Analysis 2|
|Data Visualization 3|
|Time Series Analysis and Forecasting 3|
|Data Mining 3|
|Applied Multivariate Analysis 3|
|Applied Bayesian Analysis|
|Applied Nonparametric Statistics|
|Discrete Data Analysis|
|Applied Survey Sampling|
|Special Topics in Applied Statistics|
|Analysis of Variance|
and Analysis of Variance Lab
and Regression Lab
|Psychometrics: Assessment and Measurement|
and Psychometrics: Assessment and Measurement Lab
Does not count toward 12 units of elective credit; required if not taken previously.
Recommended for biostatistics emphasis.
Recommended for business analytics emphasis.
Program Learning OutcomesStudents who successfully complete this program shall be able to:
- Master fundamental probability models and the statistical theory and methodology required to draw appropriate inferences from data.
- Demonstrate the ability to analyze data by appropriately fitting, assessing, and interpreting a variety of statistical models in real-world interdisciplinary problems.
- Employ appropriate statistical software for the management and analysis of data.
- Communicate the results of statistical analyses effectively both orally and in writing to a broad audience.
- Critically assess the appropriateness and validity of the statistical applications and methodology involved in published studies.
- Effectively function in an interdisciplinary collaborative environment using the skills of a professional statistician to support decision making.
- Articulate ethical issues in data analysis and how Christian perspectives relate to the profession of statistics.