Physics of Cardiac Ultrasound
Description and analysis of ultrasound physics as applied to sound waves, transducers, two-dimensional
images, Doppler, hemodynamic principles, system functions, ultrasound artifacts
and biosafety concerns.
Description and analysis of ultrasound physics as applied to sound waves, transducers, two-dimensional
images, Doppler, hemodynamic principles, system functions, ultrasound artifacts
and biosafety concerns.
Advanced complex cardiac rhythms including heart blocks, bundle branch blocks, and accessory pathways. Includes cardiac pharmacology, pacemaker technology, exercise treadmill exams, and stress echo indications: procedures and analysis.
Develop technical imaging skills to perform echocardiograms and manipulate ultrasound system instrumentation. Identify cardiac structures and locations of standardized measurements. Complete an electrocardiogram (ECG) and assess rhythm strips and 12 lead electrocardiograms.
Development and improvement upon the basic skills and common techniques used in the baking and pastry industry. Topics include meringues, petit fours and miniatures, mousses and creams, frozen desserts, chocolate and confections, fancy and display cakes, yeast-raised products using preferments, baker's math, ingredient functionality, troubleshooting.
Development of the skills necessary for an entry-level position in the baking and pastry industry. Topics include safety and sanitation, bakeshop terminology, proper use of equipment, weights and measures, ingredients and their functions, baker's math, baking methods and the development of basic baking skills. Students learn through a combination of lecture, demonstrations, and extensive hands-on practice.
Programming fundamentals using multiple processors or computers to solve a problem. Mechanics of computation, multi-tasking, multi-threading, and object-oriented approaches to managing many computing elements working on the same problem. Programming for Cloud computation, Big Data access, and highly parallel computing hardware, e.g. multi-core processors and Graphics Processing Units (GPU).
Basic computer organization including the von Neumann architecture, the instruction cycle, parts of a CPU (central processing unit), pipelining, memory hierarchy, and interrupt handling. Representation of numerical and non-numerical data. Translation to assembly code from high-level constructs such as if statements, loops, and function calls.
The administration of a Linux server. Prepares students for industry certification and entry-level employment in system administration. Topics include process control, system monitoring, filesystem preparation and maintenance, logical volumes, basic servers and the firewall, virtual machines, startup and shutdown, user accounts, periodic tasks, security issues, and installations.
Access and analyze data and produce information visualizations to discover patterns. Fundamental skills and concepts for data science applicable to scientists, journalists, business people, and database programmers. Requires programming in a language of the student's choice.
This course provides students with the opportunity to learn computer science concepts in the context of game and simulation development. Data algorithms, behavioral algorithms, memory management, object and class hierarchy, and Unity's architectural pattern will be presented.