Statistics; Statistical measurement; Statistical notations; collection, organization and presentation of data; measures of central tendency, location, dispersion, skewness, kurtosis; letter values, boxplots and stem-and-leaf display; measures of association and relationship; rates, ratios, and proportions; construction of index numbers and indicators.
Students who have not taken pre-calculus in Senior High School should take the non-credit course Math 20 in the same semester or take the validation exam for Math 20. This requirement is waived for students with pre-calculus in Senior High School or those who have passed the Advanced Placement Examination (APE)
3 hours, 3 units
Computer-assisted Statistical analysis on the following: tests for means; tests for proportions; tests for independence; simple linear regression; analysis of variance; forecasting using classical techniques.
Prereq: Stat 114/101/equiv. 3 hours, 3 units
Principles of logic; methods of proof; fields, sigma fields, and sequences of sets; the real number system; sequences & series; combinatorial analysis.
Prereq: Math 20/equiv. 3 hours, 3 units
Elements of probability; random variables; discrete and continuous random variables; probability distributions; special distributions; mathematical expectations; functions of a random variable.
Prereq: Math 21, Stat 117/equiv.
Coreq: Math 22. 3 hours, 3 units
Joint, marginal and conditional distributions; independence of several random variables; distributions and expectations of functions of random variables; characterization of F, t, and Chi-square distributions; limit theorems.
Prereq: Stat 121.
Coreq: Math 23. 3 hours, 3 units
Introduction to microcomputer and operating systems; principles of programming; programming using a high-level computer language (e.g., PASCAL).
Prereq: Stat 114/101/equiv. 3 hours, 3 units
Use of Statistical software packages (e.g., SAS, SPSS) for database management & basic statistical analysis.
Prereq: Stat 115/101/equiv, Stat 124/equiv. 3 hours, 3 units
Population and sample; Statistics and sampling distributions; point and interval estimation; Statistical hypothesis testing; inference based on the normal distribution and applications of z, t, Chi-square, and F distribution.
Prereq: Stat 122, Math 23. 4 hours, 4 units
Levels of measurement; goodness of fit tests; sign and signed rank tests; distribution tests; association tests; tests for independence.
Prereq: Stat 131, Stat 125. 3 hours, 3 units
Elements of Bayesian probability inference; assessment of prior likelihood and posterior distributions; Bayesian estimation and hypothesis testing; predictive distribution and asymptotics; Bayesian Hierarchical Models; introduction to Empirical Bayes; use of Statistical software.
Prereq: Stat 131, Stat 124. 3 hours, 3 units
Principles and methods in scientific writing in Statistics.
Prereq: Junior Standing (must have passed at least 60 credited units in the program)
3 hours, 3 units
Matrix operations; properties of matrices; special matrices; matrix calculus; determinants; eigenvalues and eigenvectors; linear systems; vector spaces; use of software applications.
Prereq: Math 21, Stat 125. 3 hours, 3 units
Linear regression model; model selection; regression diagnostics; use of dummy variables; remedial measures.
Prereq: Stat 131, Stat 135. 3 hours, 3 units
Probability and non-probability sampling techniques; complex surveys; variance estimation; treatment of missing data; applications to various contexts.
Prereq: Stat 131, Stat 125. 4 hours, 4 units
Contemporary themes in computational Statistics; Survey of computationally-intensive methods in Statistics; Advanced data management; SQL programming; Resampling methods; Simulations; Macro programming.
Prereq: Stat 136. 3 hours, 3 units
Research process; techniques of data collection; principles of questionnaire design; data coding and encoding; data quality control; presentation of research findings.
Prereq: Stat 134, Stat 138, Senior Standing (needs to take no more than 19 credited units in the program). 3 hours, 3 units
Classical methods; ARIMA models; Box- Jenkins method; intervention analysis; GARCH Models; regression with time series data; applications.
Prereq: Stat 136. 3 hours, 3 units
Displaying and summarizing batches; re-expressing data; median polish; robust and resistant measures; fitting resistant lines.
Coreq: Stat 136. 3 hours, 3 units
Multivariate normal distribution; inference on mean vector and dispersion matrices; principal component analysis; factor analysis; cluster analysis; discriminant analysis; canonical correlation analysis; correspondence analysis and perceptual mapping; multivariate analysis of variance (MANOVA); applications to various contexts.
Prereq: Stat 136. 4 hours, 4 units
Principles of experimentation; completely randomized design; randomized complete block design; Latin-square design; factorial experiments; confounding; incomplete block design; analysis of covariance; nested and split-plot designs; response surface methodology; applications to various contexts.
Prereq: Stat 136. 4 hours, 4 units
Categorical data; cross-classification tables; analysis using loglinear, logistic and logit models.
Prereq: Stat 136. 3 hours, 3 units