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				Nov 04, 2025			
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                  ARC 111 - Mechanical and Electrical Systems for BuildingsCredits: 3 Instructional Contact Hours: 3
  Fundamentals and operating principles of air conditioning, plumbing, and electrical systems; including typical layout, calculations, sizing, and methods of installation. Credit may be earned in ARC 111 or RC 206  but not in both.
  Prerequisite(s): None Corequisite(s): None Lecture Hours: 45 Lab Hours: 0 Meets MTA Requirement: None Pass/NoCredit: No
  Outcomes and Objectives 
	- Demonstrate knowledge of a residential electrical system.
	
		- Describe and use electrical symbols properly.
 
		- Identify electrical devices and fixtures.
 
		- Complete wiring diagrams of residential circuits.
 
		- Draw and label a schematic of the service entrance system.
 
		- Calculate the electrical demand load of a residential structure.
 
		- Evaluate the NEC as a minimum standard for the electrical industry.
 
		- Analyze minimum standards versus a “code-plus” approach.
 
		- Complete hands-on wiring of basic residential circuits.
 
	 
	 
	- Demonstrate knowledge of a residential plumbing system.
	
		- Describe and use plumbing symbols properly.
 
		- Identify plumbing piping and fixtures.
 
		- Complete plumbing diagrams of residential dwellings.
 
		- Draw and label a schematic of the water supply system.
 
		- Draw and label a schematic of the water drainage system.
 
		- Calculate the supply fixture units for a residential structure.
 
		- Calculate the drainage fixture units for a residential structure.
 
		- Analyze a public vs. private plumbing system.
 
		- Evaluate the plumbing code as a minimum standard for the plumbing industry.
 
		- Analyze minimum standards versus a “code-plus” approach.
 
		- Complete hands-on work on supply and drainage systems.
 
	 
	 
	- Demonstrate knowledge of residential HVAC systems.
	
		- Identify the elements of various heating systems.
 
		- Compare and contrast the various heating systems.
 
		- Identify the elements of various air conditioning systems.
 
		- Compare and contrast the various air conditioning systems.
 
		- Evaluate the effects of different fuels on these systems.
 
		- Calculate heat loss and gain in order to properly size a HVAC system.
 
	 
	 
 
				  
  
			
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