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Community Energy Systems Specialist Certificate

The community energy specialist certificate program will prepare you to serve the growing industry need for community energy system specialists. As energy costs continue to go up and renewable energy technology becomes increasingly efficient and more affordable, the community, commercial, and residential demands for professionals trained in design and implementation of community energy systems is growing rapidly.

Students will gain the knowledge and skills required to analyze, design, propose, specify and configure, community energy systems that meet the energy production, power distribution, energy efficiency, performance and reliability needs of communities and customers.

As professionals in the field, graduates of this program will deal with the integration of energy efficiency audits, smart power distribution, conventional energy systems and renewable energy systems. They will work alongside architects and construction specialists to incorporate energy efficient design and systems into new and existing communities and buildings. They will act as consultants in designing and assessing community energy systems, meeting the continuously evolving industry regulations and codes, and leveraging the new renewable energy technology incentives and initiatives.

 

Certificate requirements 

 

For a printable version of the certificate requirements, see the Community Energy Specialist certificate sheet.

 

General Education Requirements

Select one of the following 2 courses:

 

ENGL& 101 English Composition I 5 credits
ENGL& 101T English Composition for Technical Writers 5 credits

 

Select one of the following 6 courses:

 

MATH& 107 Math in Society 5 credits
MATH& 141 Precalculus I 5 credits
MATH& 146 Introduction to Statistics 5 credits
MATH 147 Business Precalculus 5 credits
OFTEC 100 Business Math 5 credits
PHIL& 106 Introduction to Logic 5 credits

 

Complete all of the following courses:

 

ETSP 102 Power Generaton and Conventional Energy Systems 5 credits
ETSP 120 Solar Energy Systems 5 credits
ETSP 160 Mechanic Lab 3 credits
ETSP 180 AC/DC Lab 3 credits
ETSP 190 Documenting and Reporting Energy Use 3 credits
ETSP 203 Energy System Analysis and Auditing 5 credits
ETSP 206 Solar PV System Design and Site Assessment 5 credits
ETSP 208 Large-Scale Solar Energy Systems 5 credits
ETSP 210 Community Energy Systems 5 credits
PHYS 111 Physics of Sustainable Energy 5 credits

 

Select at least one of the following courses:

 

ETSP 197 Work-based Learning I 1-5 credits
ETSP 297 Work-based Learning II 1-5 credits

 

Total minimum credits required: 55-60

 

 Gainful Employment data for this new program will be available in December 2012.