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Facilitated Clean Energy Certificate Programs

In addition to our shorter facilitated courses, we also offer facilitated programs in either face to face or e-learning format.

Classroom Programs

We are currently in negotiations to offer a number of clean classroom courses and programs through a network of accredited higher education partners in Ontario, Canada and in various countries.

CE16P 6-Month Wind Turbine Technician Program -Ottawa, ON Canada

CE18P 6-Month Bioenergy & Sustainable Energy for Agriculture, ON Canada

CE13P 6-Month Solar Technician Program -Ottawa, ON Canada

 

Distance Learning Programs

The Clean Energy Institute of GPEKS delivers 4 renewable energy project feasibility analysis certificate programs which consist of a combination of certificate courses.

NB: To become a program participant, you must first successfully complete one course of the program.


RS100-CE - Clean Energy Project Feasibility Analysis

Requires completion of 9 technologies:

  • RS110T - Solar Air Heating Feasibility Analysis Theory
  • RS120T - Solar Water Heating Feasibility Analysis Theory
  • RS130T - Solar Photovoltaics Feasibility Analysis Theory
  • RS140T - Passive Solar Heating Feasibility Analysis Theory
  • RS150T - Small Hydro Feasibility Analysis Theory
  • RS160T - Wind Energy Feasibility Analysis Theory
  • RS170T - Ground Source Heat Pumps Feasibility Analysis Theory
  • RS180T - Bioenergy Feasibility Analysis Theory
  • RS190T - Combined Heat & Power (Co-generation) Feasibility Analysis Theory
  • 2 Team Project Feasibility Studies
  • 2 Individual Project Feasibility Studies

 

RS100-GH - Green Heat Project Feasibility Analysis

Requires completion of 4 out of 5 technologies:

  • RS110T - Solar Air Heating Feasibility Analysis Theory
  • RS120T - Solar Water Heating Feasibility Analysis Theory
  • RS140T - Passive Solar Heating Feasibility Analysis Theory
  • RS170T - Ground Source Heat Pumps Feasibility Analysis Theory
  • RS180T - Bioenergy Feasibility Analysis Theory
  • 2 Team Project Feasibility Studies
  • 2 Individual Project Feasibility Studies

 

RS100-GP - Green Power Project Feasibility Analysis

Requires completion of 4 technologies:

  • RS130T - Solar Photovoltaics Feasibility Analysis Theory
  • RS150T - Small Hydro Feasibility Analysis Theory
  • RS160T - Wind Energy Feasibility Analysis Theory
  • RS190T - Combined Heat & Power (Co-generation) Feasibility Analysis Theory
  • 2 Team Project Feasibility Studies
  • 2 Individual Project Feasibility Studies

 

RS100-SB - Solar Building Project Feasibility Analysis

Requires completion of 4 out of 5 technologies:

  • RS110T - Solar Air Heating Feasibility Analysis Theory
  • RS120T - Solar Water Heating Feasibility Analysis Theory
  • RS130T - Solar Photovoltaics Feasibility Analysis Theory
  • RS140T - Passive Solar Heating Feasibility Analysis Theory
  • RS170T - Ground Source Heat Pumps Feasibility Analysis Theory
  • 2 Team Project Feasibility Studies
  • 2 Individual Project Feasibility Studies

The Green Heat, Green Power and Solar Building programs require a minimum of 4 months or 218 hours to cover the theory of 4 technologies and to complete 2 team projects and 2 individual projects. The Clean Energy program requires a minimum of 9 months or 330 hours to cover 9 technologies and to complete 2 team projects and 2 individual projects.

Privacy, Refund, and Delivery Policies for Clean Energy Institute courses.