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Green Building Maintenance and Management (AAS)
Division: Professional Studies

The associate in applied science degree in Green Building Maintenance and Management provides students with the skills and knowledge needed to effectively manage buildings that incorporate sustainable building principles and technologies.

 

All aspects of sustainable building operations are included in the program, including ecological design and maintenance principles; energy efficiency and renewable energy; green building products and materials; building automation and controls; sustainable landscaping and site selection; the LEED building assessment system; and life-cycle economic analysis. In addition to learning the most current theories, students acquire hands-on training related to energy management, photovoltaic arrays, wind turbines, geothermal HVAC systems, and other components of high-performance commercial buildings. Potential career options include green building project coordinator, facility manager, or sustainability consultant. This degree also complements further studies related to natural building, sustainable community development, building performance, HVAC operations and maintenance, and renewable energy installation and maintenance.

 

Graduates of Green Building Maintenance and Management – AAS will have learned:  

  • the skills and knowledge necessary to make decisions about the management and maintenance of building systems, 
  • to maintain both conventional and green building technologies and systems that are used to produce energy, heat, light, and ventilation as well as those that consume energy, 
  • to calculate energy efficiency and recommend changes for better outcomes, 
  • the essential components of building wiring, heating, cooling, and ventilation systems so they can assume responsibility for maintenance of these systems, 
  • the basic principles for the positioning and use of wind turbines, photovoltaic cells, passive solar systems and other green building systems,
  • to manage projects, including communication with the building owners, utilities, planners, and contractors to assure effective and efficient building maintenance and management. 


Suggested Curriculum Sequence

First Semester
  • Course #
  • Description
  • Credits
  • IAS 1001 *
  • Freshman Seminar
  • 1
  • ENG 1001
  • Composition I
  • 3
  • Elective
  • MAT 1000 or higher math
  • 3
  • GRB 1100
  • Introduction to Green Buildings
  • 3
  • GRB 1200
  • Intro to Renewable Energy Systems
  • 3
  • Elective
  • CPT elective
  • 3
Semester Credits: 16
Second Semester
  • ENG 1301
  • Fundamentals of Speech
  • 3
  • HUM 1304
  • Ethics
  • 3
  • GRB 1300
  • Energy Management
  • 3
  • GRB 1400
  • Green Building Materials
  • 3
  • SCI 1515
  • Environmental Science
  • 4
  • SCI 1516
  • Environmental Science Lab
  • 0
Semester Credits: 16
Third Semester
  • ECO 1402
  • Microeconomics
  • 3
  • GRB 2100
  • Building Automation & Controls
  • 3
  • GRB 2200
  • Solar & Wind Systems
  • 3
  • Elective **
  • A Liberal Arts Elective
  • 3
  • GRB 2300
  • Commercial Electrical
  • 3
Semester Credits: 15
Fourth Semester
  • GRB 2400
  • Care of Green Spaces
  • 3
  • BUS 1652
  • Human Resources Management
  • 3
  • GRB 2500
  • Troubleshooting Green Bldg Systems
  • 3
  • ECO 2001
  • Environmental Economics
  • 3
  • GRB 2600
  • Green HVAC
  • 3
Semester Credits: 15
* Required of all first-time, full-time students.
** All AAS degrees require ENG 1001 Composition I, ENG 1301 Fundamentals of Speech, a 4 credit science course with lab and a minimum of 10 additional Liberal Arts credits from at least two other areas of study. Liberal Arts prefixes: ANT, ART, ECO, ENG, FLA, GEO, HIS, HON, HUM, MAT, MUS, PHO, POL, PSY, SCI, SOC, and THE.

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