About the CVTC Energy Education Center
Located on our West Campus, the Energy Education Center is a 54,000 square-foot expansion and renovation project which includes classrooms and labs that will improve and increase program offerings. The Energy Education Center will equip our workforce with the skills needed to address the demands of the evolving energy industry. There are many opportunities for you to get involved in the development of the Center.
CVTC's Energy Education Center isn’t just a building containing classrooms and laboratories. The building itself, together with the surrounding grounds, was designed to be a learning laboratory.
The Energy Education Center is the home to seven programs at CVTC and offers an unique learning environment for students to gain real-world experience to prepare them for high demand, successful careers.
Find an Energy Program That's Right for You!
CVTC's NEW Energy Education Center offers the following programs & apprenticeships:
Take a Peek Inside the Energy Education Center
CVTC's Energy Education Center addresses the employment needs of the energy technology sector & provides grads with great salaries:
Electrical Power Distribution grads start out making an average of $58,865
Truck Driving grads start out making an average of $44,999
Agriscience Technician grads start out making an average of $40,908
The Energy Education Center focuses on energy technology in three areas including Energy Generation, Energy Distribution, and Efficient Utilization/Conservation. The building not only teaches students how to use renewable energy technologies, but uses these energies to power the building as well.
Geothermal: using heat from the earth’s core to mitigate heating and cooling costs.
Bioenergy: utilization of once living material to produce energy.
- Anaerobic digestion — using waste products from agricultural & other industries to create energy, reduce impact of waste to the environment, and reduce energy costs.
- Biofuels — using energy crops such as canola to produce gas and diesel.
- Biomass — using plant mass to produce energy.
Wind, Water, Solar: sources of energy for heat and/or electricity.
Electrical Power Distribution: electrical power transmission.
Smart Grid Technologies: two way communication between power source and power user, more efficient and more reliable energy “grid”.
Distributed Energy Generation: generating power near the source of use.
Efficient Building Design & Construction: energy efficient homes/buildings.
Sustainable Facilities Operations: best use of energy resources with least waste.
Local Food Production: reducing the carbon footprint of the food supply.
Precision Agriculture: reduced environmental risks & more efficient production.
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