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MET 258: Schematic CAD Applications
4.00 Credits
Spokane Community College
This course introduces advanced concepts and applies CAD drafting skills in schematic engineering drafting and design projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and demonstrate the ability to present their projects in an engineering format. Prerequisite: MET 132. (SCC)
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MET 258 - Schematic CAD Applications
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MET 259: Architectural CAD Applications
4.00 Credits
Spokane Community College
This course introduces advanced concepts and applies CAD skills in architectural drafting and design projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and demonstrate the ability to present their projects in an engineering format. Prerequisite: MET 132. (SCC)
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MET 259 - Architectural CAD Applications
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MET 260: Fabrication and Piping CAD Applications
4.00 Credits
Spokane Community College
This course introduces advanced concepts and applies CAD drafting skills in sheet metal/HVAC fabrication drafting and piping drafting projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and then demonstrate the ability to present their projects in an engineering format. Prerequisite: MET 132. (SCC)
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MET 260 - Fabrication and Piping CAD Applications
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MET 261: Project Design
5.00 Credits
Spokane Community College
This advanced course is structured to correlate all technical disciplines covered in physics, statics, strength of materials and mathematics. Power transmission systems and power requirements, design techniques for specific mechanical advantage, efficiency and friction loss in mechanical systems, linear and angular time-motion concepts, stress determination and analysis, and structural member sizing are emphasized. Results of projects are presented in a formal engineering report format. Prerequisite: MET 250. (SCC)
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MET 261 - Project Design
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MET 262: Electrical Theory for Engineering
5.00 Credits
Spokane Community College
This course introduces the concepts of basic electrical theory including alternating and direct current. Component identification and manufacturing processes of printed circuit boards, integrated circuits and wiring hardware are emphasized. Students learn to read and create electrical schematic diagrams and flow/logic charts. (SCC)
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MET 262 - Electrical Theory for Engineering
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MET 263: Machine Controls
2.00 Credits
Spokane Community College
The course introduces machine control systems. Students identify and design electro-mechanical, electronic and hydraulic, and pneumatic control systems. The function of programmable logic controllers and basic programming techniques are emphasized. (SCC)
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MET 263 - Machine Controls
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MET 264: Technical Applications II
2.00 - 5.00 Credits
Spokane Community College
This course continues with the applications offered in MET 255 with emphasis on special projects related to manufacturing practices and shop personnel interactions. Prerequisite: MET 255. (SCC)
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MET 264 - Technical Applications II
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MET 266: Cooperative Education Seminar
1.00 - 2.00 Credits
Spokane Community College
For course description, see Cooperative Education. (SCC)
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MET 266 - Cooperative Education Seminar
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MET 267: Cooperative Education Work Experience
1.00 - 18.00 Credits
Spokane Community College
For course description, see Cooperative Education. (SCC)
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MET 267 - Cooperative Education Work Experience
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MET 268: Structural CAD Applications
4.00 Credits
Spokane Community College
This course introduces advanced concepts and applies CAD skills in structural engineering drafting and design projects. Students research and develop a comprehensive definition of this field as well as use CAD to create drafting projects and demonstrate the ability to present their projects in an engineering format. Prerequisite: MET 132. (SCC)
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MET 268 - Structural CAD Applications
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