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Course Criteria
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3.00 Credits
This course focuses on the art of play direction. Students will learn the fundamentals of interpretation, blocking, and picturization; colloboration and communication; focus and composition; and pace, rhythm and tempo. The role and process of the director will be examined.
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2.00 Credits
Basic principles of chemistry, math and physics are applied to the understanding of concepts needed to continue in courses of vacuum technology. Topics include atomic structure, states of matter, compounds, behavior of gases, scientific measurement and calculations, intermolecular forces, and Ohm's Law.
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2.00 Credits
Vacuum-based systems are a critical enabling technology used in product development and manufacturing to produce many every-day goods such as digital electronic components, energy efficient glass and metallised films used for food packaging. This course introduces the principle concepts associated with vacuum technology and the critical components of a vacuum system. Students work with a model vacuum system to complete activities intended to help them understand basic vacuum system functions and characteristics.
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1.00 Credits
Vacuum technology is the field whereby very low-pressure environments are created, maintained and analyzed, such as those needed in the fields of semiconductor manufacturing, glass coating and research. This course will introduce concepts of gas behaviors and pressure measurement that apply to rough vacuum systems technology.
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1.00 Credits
Vacuum technology is the field whereby very low-pressure environments are created, maintained and analyzed, such as those needed in the fields of semiconductor manufacturing, glass coating and research. VACT 1294 covers the pump-down performance of rough vacuum systems based on the process of positive displacement. System conductance and pump-down performance are affected by the selection of the specific vacuum hardware component types, such as pumps, pressure gauges, valves, and chambers.
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1.00 Credits
Vacuum technology is the field whereby very low-pressure environments are created, maintained and analyzed, such as those needed in the fields of semiconductor manufacturing, glass coating and research. VACT 1295 covers topics needed to start work in a rough vacuum system including safety, troubleshooting and maintenance, processes conducted in vacuum systems, and the role of rough vacuum systems in high vacuum regimes.
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1.00 Credits
Understanding how vacuum systems are documented is key to operating, maintaining and troubleshooting that equipment. There are many types of documents that can be used to convey information about a vacuum system including installation and operation manuals, drawings, process diagrams and wiring schematics to name a few. This class will investigate the different types of documentation typically provided with a vacuum system, the type of information addressed in the documentation and how to interpret the information.
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1.00 Credits
Complex automation systems are assemblies of many basic automation components called inputs and outputs (I/O). Communication between I/O components occurs using electrical signals. Remote I/O is used to gather these signals and make them available for programming system operations and/or visualization using a Human Machine Interface (HMI). In this class we will look at common I/O devices and how they can function together to make an automated vacuum system.
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1.00 Credits
In this course, the student will apply their knowledge of vacuum system automation to a working automated vacuum system. Students will create a human machine interface (HMI) to interact with the vacuum system and document their system for future users.
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1.00 - 5.00 Credits
Examination of a special topic in Vacuum Technology. Topics courses do not satisfy goals of the Minnesota Transfer Curriculum.
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