Courses

This course addresses the treatment of substance related disorders from a systemic perspective. Emphasis will be placed upon the assessment and treatment of substance related disorders utilizing historical and contemporary models of treatment. A special focus will be placed upon the research that has been generated on the efficacy of family based models of treatment.

This course addresses the treatment of substance related disorders from a systemic perspective. Emphasis will be placed upon the assessment and treatment of substance related disorders utilizing historical and contemporary models of treatment. A special focus will be placed upon the research that has been generated on the efficacy of family based models of treatment.

Aspects of cellular physiology, physiology of excitable membranes, physiology of body fluids, neurophysiology, and the physiology of smooth, cardiac and skeletal muscle; basic understanding of mammalian physiology essential as a framework for advanced studies.

The System Lifecycle Requirements course focuses on developing and writing proper requirements for systems across the entire life cycle. Well written requirements are a solid foundation for system design development and this course will identify design considerations at early concept identification, design maturation, implementation, production, operations & sustainment, and disposal phases.

This course is an introduction to modeling and simulation for analysis of computer design and development of computer software and systems, including modeling and use of discrete event simulation software will be covered.

Students explore local, state, and national educational structures, including challenges. Students expand their knowledge of these systems, including their change theory and procedures for policy development. Emphasis is placed on solving, collaborative approach to change is emphasized.

The study of the elements of a specific description of program and system design. A specific, detailed approach with respect to the architecture of programs and systems. Prerequisite INFO 6100.

Introduction to system programming language with dominant roots in industry. Students will be taught the kernels of system programming language which are applicable to other programming languages as well. Topics include principles of system functional programming and modular programming, algorithmic and procedural problem solving, program design and development, data types, control structures, functions, classes, object-oriented paradigm, modular design and implementation.

Methods of system modeling and analysis to predict and enhance the reliability, maintainability, and availability of complex engineered systems including component and systems reliability models, system life prediction, and data collection and analysis of failure and repair distributions.

Application of system safety analytical techniques to the design process; emphasis on the management of a system safety or product safety program; relationship with other disciplines such as reliability, maintainability, human factors and product liability applications.