Credits: (3)Advanced study in geographical, historical, and cultural aspects of Spain. Topics will focus on specific time periods, geographic areas, or cultural phenomena. May be repeated under a different subtitle.
Credits: (3)Advanced study in geographical, historical, and cultural aspects of Spanish America. Topics will focus on specific time periods, geographic areas, or cultural phenomena. May be repeated under a different subtitle.
Credits: (3)Exploration of relevant areas of foreign language research and their application to Spanish instruction at the college level. Readings, lectures, and practical demonstrations will expose students to second language acquistion theories and the principles of proficiency. Students will work with a variety of approaches to communicative language teaching, with a focus on the proficiency-oriented approach. They will explore classroom techniques designed to develop listening, reading, speaking, and writing skills while integrating culture. Approaches to developing and implementing testing and incorporating technology will also be highlighted.
Credits: (1-6)Advanced study of topics related to Hispanic literature, culture, linguistics, language, and/or foreign language pedagogy. Subtitles will vary from semester to semester.
SED 502 - Literature Review in Special Education: Behavior, Cognitive, or Learning Disorders
Credits: (3)Designed to explore special education literature in either behavior, cognitive, or learning disorders. Students will study literature review models, survey the related literature, and write a draft for their thesis or research project.
SED 503 - Instructional Design in Special Education
Credits: (3)Designed to provide students with a unified set of viable instructional design principles for evaluating or modifying curriculum. Application of these principles will ensure that the curriculum is accessible to a diverse group of learners. The course provides a framework for designing instructional sequences and error correction procedures that optimize progress. Field experiences required.
Credits: (3)Examination of the field of learning disorders including etiology, assessment, definition, characteristics, teaching strategies, historical influences, and current trends. Emphasis is on the application of LD issues, research, and theory to classroom practice. Field experiences required.
Credits: (3)Drawing on current research on learning and instruction, this course examines the design, implementation, and evaluation of strategies for teaching reading, mathematics, writing, and content areas to students with exceptionalities. Students will become fluent with concepts and instructional techniques. Field experiences required.
SED 553 - Advanced Classroom Management and Behavioral Development
Credits: (3)Designed to develop knowledge and skills necessary for establishing appropriate social and emotional behaviors of children. Focus is on identifying developmental factors, effective solutions, and implementing a system of functional behavioral assessment-based behavior support planning. Field experiences required.
Credits: (3)Examination of the field of cognitive disorders including etiology, assessment, definition, characteristics, and teaching strategies, historical influences, and current trends. Emphasis is on the application of issues, research, and theory to classroom practice. Field experiences required.
Credits: (3)Involves the advanced study of etiology, assessment, intervention, theories, and contemporary research findings related to teaching children and youth with social, emotional, and behavioral problems. Examines and evaluates institutional and programmatic issues, controversies, dilemmas, debates, and conflicts confronting the field. Field experiences required.
SED 556 - Seminar on Families, Diversity, and Collaboration
Credits: (3)Designed to develop understandings and skills related to working with families and caregivers of students with special needs. Focus will be upon characteristics of diverse families, and development of skills in communication, collaboration, and teaming models to address the variety of needs identified. Field experiences required.
SED 557 - Technology Applications in Special Education
Credits: (3)Designed to provide teachers of children with disabilities the skills to integrate technology, including assistive devices, into classroom instruction. The technology examined will focus on devices used to increase, maintain, or improve functional capabilities of children with disabilities.
Credits: (2)Designed to focus on emerging directions related to the education of students with exceptionalities. Relevant instruction, assessment, service delivery, technology, management, legal, psychological, medical, and social issues will be examined as well as implications for schools.
Credits: (3)Supervised public school practicum for students with cognitive, learning, and behavior disorders including developing and implementing advanced assessment skills, clinical instruction, behavioral support programs, and collaborating with teachers, parents, and other professionals. Focus on research to practice, and implementing and writing results for thesis/project.
SED 560 - Reading Theories and Methods for Students with Special Needs
Credits: (3)Designed to provide evidence-based instructional practices in reading that accelerate student learning through careful curriculum design and instructional delivery. Emphasis on clear communication, explicit instructional formats, progress monitoring, instructional grouping, teacher/student interactions, and generalization. Field experiences required.
SED 561 - Research-Based Methods of Reading Instruction
Credits: (3)Designed to provide students with research-based methods for teaching reading. Emphasis on the application of instructional techniques and progress monitoring strategies to meet the needs of individuals with exceptionalities. Field experiences required.
SED 562 - Autism Spectrum Disorder: Characteristics and Instruction
Credits: (3)Examination and understanding of behaviors associated with Autism Spectrum Disorders (ASD) including current research on etiology and diagnosis. Emphasis will be placed on learning styles, educational needs, and intervention strategies for persons with ASD. Field experiences required.
SED 563 - Autism Spectrum Disorder: Social and Communication Skills
Credits: (3)Identification of the social and communication needs and intervention strategies common in persons with Autism Spectrum Disorders and Asperger’s Syndrome. Emphasis on the application of research-based treatments for social and communicative functioning. Field experiences required.
SED 603 - Special Education for Educational Leaders
Credits: (3)Study of special education legal mandates and their implications, administrative issues related to special education, students with exceptionalities, and current issues and trends. Includes examination of parental involvement, assessment, program development, services and personnel, discipline, diversity, collaboration, and student characteristics and related implications. Field experiences required.
Credits: (1-3)Prerequisite: Consent of instructor. Statistical consultation on graduate thesis research provided through access to the Department of Mathematics and Statistics’ Statistical Consulting Center. May be repeated for a total of three credit hours.
Credits: (3)Prerequisite: Any elementary statistics course. A survey of statistical methods for scientists. Topics include: data description, probability, estimation and hypothesis testing, ANOVA, simple linear and multiple linear regression and contingency tables. This course does not count towards the Master’s degree in mathematics. No credit granted after successful completion of STT 411, 412, 511, or 512. May be taken once for credit, open only to graduate students.
Credits: (3)Prerequisite: Any statistics course. Introduction to exploratory data analysis. Use of stem and leaf plots, boxplots. Transformations of data, resistant lines, analysis of two–way tables, residual analysis. Comparison of robust/resistant methods with standard statistical techniques.
STT 511 - Design of Experiments and Analysis of Variance
Credits: (3)(411) Prerequisite: Any elementary statistics course. Review of elementary statistics; design of experiments including completely randomized, randomized block, factorial, split–plot, and repeated measures designs; analysis of variance; non–parametric alternative methods of analysis. Statistical software packages will be used as appropriate in problem solving.
Credits: (3)(412) Prerequisite: Any elementary statistics course. Review of elementary statistics; linear and multiple regression; correlation. Statistical software packages will be used as appropriate in problem solving.
Credits: (3)(420) Prerequisite: Statistical programming and consent of instructor. Statistical methods used in epidemiologic studies and clinical trials. Topics include measures of association, logistic regression, covariates, life tables and Cox regression; statistical analysis using SAS.
Credits: (3)(425) Prerequisite: Statistical programming and consent of instructor. Introduction to the analysis of qualitative data. Basic methods of summary and inference for two and three way contingency tables; introduction to the generalized linear model for binary and Poisson data; focus on multinomial responses (nominal and ordinal) and matched pairs data; statistical analysis using SAS.
STT 530 - Introduction to Non-parametric Statistics
Credits: (3)(430) Prerequisite: A calculus-based statistics course. Theory and methods of non–parametric statistics in the one– and two–sample problems and their comparisons with standard parametric procedures. Non–parametric tests for comparing more than two samples; tests of randomness and independence.
Credits: (3)(440) Prerequisite: A calculus-based statistics course. Theoretical introduction to the general linear model and its application to simple linear regression and multiple regression. Estimation and hypothesis testing of model coefficients; residual analysis; analysis of covariance.
Credits: (3)(465)(MAT 565) Prerequisite: A calculus-based statistics course. The formulation, analysis and interpretation of probabilistic models. Selected topics in probability theory. Conditioning, Markov chains, and Poisson processes. Additional topics chosen from renewal theory, queueing theory, Gaussian processes, Brownian motion, and elementary stochastic differential equations.
Credits: (3)(466) Prerequisite: A calculus-based statistics course. A rigorous introduction to mathematical statistics. Univariate and multivariate probability distributions; conditional and marginal distributions; theory of estimation and hypothesis testing; limiting distributions and the central limit theorem; sufficient statistics and the exponential class of probability density functions.
Credits: (3)(467) Prerequisite: A calculus-based statistics course. A rigorous introduction to mathematical statistics. Univariate and multivariate probability distributions; conditional and marginal distributions; theory of estimation and hypothesis testing; limiting distributions and the central limit theorem; sufficient statistics and the exponential class of probability density functions.
Credits: (3)Prerequisite: Consent of instructor. Review of case studies involving consulting with clients on statistical design of experiments and analysis of experimental and observational data; consulting on statistical issues with clients on campus through the departmental consulting center; presentation of oral report on consulting experience. This course does not count towards the Master’s degree in mathematics.
Credits: (3)Prerequisite: Consent of instructor. Topics in statistics of current interest not covered in existing courses. May be repeated under a different subtitle.
Credits: (2)Prerequisite: Consent of instructor. Design of an experiment and/or survey approved by the instructor. Collection and analysis of data to be detailed in an oral and written report. This course does not count towards the Master’s degree in mathematics.
Credits: (3)Prerequisite: Permission of the graduate coordinator. Academic training and professional experience through work in a private company or public agency including a written final report. Faculty supervision and evaluation of all study and on-site activity. Grading will be satisfactory (S) or unsatisfactory (U).
Credits: (1-4)Intensive research study of a topic selected by student and approved by a thesis committee. A scholarly oral presentation and defense of thesis is required.
For information regarding Undergraduate courses, use the “Select Catalog” drop-down above, and navigate to the course descriptions page within the Undergraduate catalog.
XX 000 - Undergraduate Course Reference
Please see the undergraduate catalogue for a course description. The undergraduate catalogue can be accessed using the dropdown navigation bar located at the top right of your screen.