NCCC AC102 Refrigeration Theory Material

This is an introductory course to present the fundamental principles of mechanical refrigeration. The course is designed for persons interested in pursuing a career in servicing, repairing and/or installing refrigeration and air conditioning equipment as well as building maintenance persons. Topics covered: basic physics, thermodynamics, the basic refrigeration cycle and common components used in mechanical refrigeration. This course is a prerequisite for all other courses in the Refrigeration and Air Conditioning and Building Maintenance core.
Microsoft Word Fall 2016 AC102 Refrigeration Theory syllabus (91 KB)
file Fall 2016 AC102 Refrigeration Theory Canvas course content (442 KB)
file Fall 2017 AC102 8001 Refrigeration Theory Canvas course content (448 KB)
file Fall 2017 AC102M 9501 1/2 credit Refrigeration Theory Canvas course content (430 KB)
file Fall 2017 AC102M 9502 1/2 credit Refrigeration Theory Canvas course content (445 KB)
file Fall 2017 AC102M 9503 1/2 credit Refrigeration Theory Canvas course content (433 KB)
file Fall 2017 AC102M 9504 1/2 credit Refrigeration Theory Canvas course content (426 KB)
file Fall 2017 AC102M 9505 1/2 credit Refrigeration Theory Canvas course content (428 KB)
file Fall 2017 AC102M 9506 1/2 credit Refrigeration Theory Canvas course content (429 KB)
file Spring 2017 AC102 9601 Refrigeration Theory Canvas course content (437 KB)
Microsoft Word Fall 2017 AC102 8001 Refrigeration Theory syllabus (96 KB)
Microsoft Word Fall 2017 AC102M 9501 Refrigeration Theory syllabus (95 KB)
Microsoft Word Fall 2017 AC102M 9502 Refrigeration Theory syllabus (95 KB)
Microsoft Word Fall 2017 AC102M 9503 Refrigeration Theory syllabus (87 KB)
Microsoft Word Fall 2017 AC102M 9504 Refrigeration Theory syllabus (90 KB)
Microsoft Word Fall 2017 AC102M 9505 Refrigeration Theory syllabus (87 KB)
Microsoft Word Fall 2017 AC102M 9506 Refrigeration Theory syllabus (92 KB)
Microsoft Word Spring 2017 AC102 9601 Refrigeration Theory syllabus (92 KB)

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Date:
2016
Primary Material Type:
Hybrid/Blended Course
Institution:
Truckee Meadows Community College
Funding Source:
TAACCCT Round 4
Subjects:
Refrigeration theory, thermodynamics, mechanical refrigeration

Industry / Occupation

Industry Partner:
U. S. Department of Labor
Industry Sector:
Professional, Scientific, and Technical Services (54)
Occupation:
All Occupations (00-0000)

Education / Instructional Information

Instructional Program:
Technology Education/Industrial Arts (21)
Credit Type:
  • Credit
Credential Type:
  • Certificate
  • Stacked/Latticed Credential Model
  • Associate Degree
Educational Level of Materials:
  • 1st year Community College or equivalent
Time Required:
60 hours
Language:
English (United States)
Interactivity Type:
Mix of Active and Presentation.
Quality Rubric:
Chico
Quality Note:
Best practices applied in the design and construction of this learning project.
Quality of Subject Matter was assured by:
  • SME Quality Report is posted in Skills Commons
Quality of Online/Hybrid Course Design assured by:
  • Industry Standard Quality Rubric; Custom Quality Rubric
  • Custom Quality Rubric
Course Note:
HVAC

Accessibility

Formal Accessibility Policy:
http://www.tmcc.edu/drc
Accessibility Features:
  • Text Access - Text to Speech

Copyright / Licensing

Primary License:
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.
 

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