Course ID: GTE101 | Credits: 3 PDH | Format: PDF
Publication Source: Dept. of Energy
Course Description: Explores geothermal energy systems that harness subsurface thermal energy, including enhanced geothermal systems and direct-use applications.
Publication Source: Dept. of Energy
Course Description: Explores geothermal energy systems that harness subsurface thermal energy, including enhanced geothermal systems and direct-use applications.
Course ID: AFC101 | Credits: 2 PDH | Format: PDF
Publication Source: US DOE (Fuel Cell Handbook, Ch. 7)
Course Description: Details the chemical, structural, and electrical principles behind fuel cell technologies such as alkaline and molten carbonate types, focusing on green power applications.
Publication Source: US DOE (Fuel Cell Handbook, Ch. 7)
Course Description: Details the chemical, structural, and electrical principles behind fuel cell technologies such as alkaline and molten carbonate types, focusing on green power applications.
Course ID: BHU101 | Credits: 4 PDH | Format: PDF
Publication Source: US DOE (NREL)
Course Description: Provides insight into biofuels including biodiesels and algae-derived fuels, covering production processes, sustainability considerations, and energy conversion efficiency.
Publication Source: US DOE (NREL)
Course Description: Provides insight into biofuels including biodiesels and algae-derived fuels, covering production processes, sustainability considerations, and energy conversion efficiency.
Course ID: ESB101 | Credits: 1 PDH | Format: PDF
Publication Source: US DOE (Sandia National Labs)
Course Description: Investigates methods for storing renewable energy including battery, flywheel, and hybrid systems, emphasizing their role in system reliability and energy balancing.
Publication Source: US DOE (Sandia National Labs)
Course Description: Investigates methods for storing renewable energy including battery, flywheel, and hybrid systems, emphasizing their role in system reliability and energy balancing.
Course ID: CST101 | Credits: 6 PDH | Format: PDF
Original Courseware: Based on original course from Donald W. Parnell, PE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Original Courseware: Based on original course from Donald W. Parnell, PE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: SAR101 | Credits: 3 PDH | Format: PDF
Publication Source: Colorado DOT
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: Colorado DOT
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: DHP101 | Credits: 4 PDH | Format: PDF
Publication Source: US COE (Corp of Engineers)
Course Description: Analyzes hydropower systems ranging from large-scale hydroelectric plants to small hydropower units, focusing on mechanical design, environmental impact, and energy potential.
Publication Source: US COE (Corp of Engineers)
Course Description: Analyzes hydropower systems ranging from large-scale hydroelectric plants to small hydropower units, focusing on mechanical design, environmental impact, and energy potential.
Course ID: ESS101 | Credits: 4 PDH | Format: PDF
Publication Source: US DOE
Course Description: Investigates methods for storing renewable energy including battery, flywheel, and hybrid systems, emphasizing their role in system reliability and energy balancing.
Publication Source: US DOE
Course Description: Investigates methods for storing renewable energy including battery, flywheel, and hybrid systems, emphasizing their role in system reliability and energy balancing.
Course ID: ESF101 | Credits: 1 PDH | Format: PDF
Publication Source: US DOE (EERE)
Course Description: Investigates methods for storing renewable energy including battery, flywheel, and hybrid systems, emphasizing their role in system reliability and energy balancing.
Publication Source: US DOE (EERE)
Course Description: Investigates methods for storing renewable energy including battery, flywheel, and hybrid systems, emphasizing their role in system reliability and energy balancing.
Course ID: SEO101 | Credits: 2 PDH | Format: PDF
Publication Source: Originally developed content from Cadistics Courseware
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Course ID: OWP101 | Credits: 1 PDH | Format: PDF
Publication Source: Environmental and Energy Study Institute
Course Description: Examines wind energy generation principles, turbine technologies, offshore and onshore applications, and system integration with electrical grids.
Publication Source: Environmental and Energy Study Institute
Course Description: Examines wind energy generation principles, turbine technologies, offshore and onshore applications, and system integration with electrical grids.
Course ID: EEF101 | Credits: 6 PDH | Format: PDF
Publication Source: US DOE
Course Description: Evaluates ocean-based renewable energy sources including wave, tidal, and thermal gradients, along with their technological development and environmental tradeoffs.
Publication Source: US DOE
Course Description: Evaluates ocean-based renewable energy sources including wave, tidal, and thermal gradients, along with their technological development and environmental tradeoffs.
Course ID: LFG101 | Credits: 2 PDH | Format: PDF
Publication Source: US EPA
Course Description: Delivers a focused analysis of emerging or alternative energy systems, emphasizing their technical foundations, deployment feasibility, and contribution to sustainable development.
Publication Source: US EPA
Course Description: Delivers a focused analysis of emerging or alternative energy systems, emphasizing their technical foundations, deployment feasibility, and contribution to sustainable development.
Course ID: GPP101 | Credits: 1 PDH | Format: PDF
Publication Source: US EPA
Course Description: Delivers a focused analysis of emerging or alternative energy systems, emphasizing their technical foundations, deployment feasibility, and contribution to sustainable development.
Publication Source: US EPA
Course Description: Delivers a focused analysis of emerging or alternative energy systems, emphasizing their technical foundations, deployment feasibility, and contribution to sustainable development.
Course ID: LML101 | Credits: 3 PDH | Format: PDF
Publication Source: US EPA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Publication Source: US EPA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Course ID: IFC101 | Credits: 3 PDH | Format: PDF
Publication Source: US DOE (Los Alamos National Laboratory)
Course Description: Details the chemical, structural, and electrical principles behind fuel cell technologies such as alkaline and molten carbonate types, focusing on green power applications.
Publication Source: US DOE (Los Alamos National Laboratory)
Course Description: Details the chemical, structural, and electrical principles behind fuel cell technologies such as alkaline and molten carbonate types, focusing on green power applications.
Course ID: FPV101 | Credits: 6 PDH | Format: PDF
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: IGE101 | Credits: 3 PDH | Format: PDF
Publication Source: US DOE (EERE)
Course Description: Explores geothermal energy systems that harness subsurface thermal energy, including enhanced geothermal systems and direct-use applications.
Publication Source: US DOE (EERE)
Course Description: Explores geothermal energy systems that harness subsurface thermal energy, including enhanced geothermal systems and direct-use applications.
Course ID: HDP101 | Credits: 3 PDH | Format: PDF
Publication Source: US DOE (Renewable Energy Futures Study)
Course Description: Analyzes hydropower systems ranging from large-scale hydroelectric plants to small hydropower units, focusing on mechanical design, environmental impact, and energy potential.
Publication Source: US DOE (Renewable Energy Futures Study)
Course Description: Analyzes hydropower systems ranging from large-scale hydroelectric plants to small hydropower units, focusing on mechanical design, environmental impact, and energy potential.
Course ID: SDE101 | Credits: 2 PDH | Format: PDF
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: SLT101 | Credits: 2 PDH | Format: PDF
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: SPT101 | Credits: 2 PDH | Format: PDF
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: BFI101 | Credits: 4 PDH | Format: PDF
Publication Source: Based on compilation from US DOE (NREL)
Course ID: BFI101 | Credits: 4 PDH | Source: US DOE (NREL)
Course Description: Provides insight into biofuels including biodiesels and algae-derived fuels, covering production processes, sustainability considerations, and energy conversion efficiency.
Publication Source: Based on compilation from US DOE (NREL)
Course ID: BFI101 | Credits: 4 PDH | Source: US DOE (NREL)
Course Description: Provides insight into biofuels including biodiesels and algae-derived fuels, covering production processes, sustainability considerations, and energy conversion efficiency.
Course ID: COS101 | Credits: 2 PDH | Format: PDF
Publication Source: US EPA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Publication Source: US EPA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Course ID: MFA101 | Credits: 9 PDH | Format: PDF
Publication Source: US DOE (EERE)
Course Description: Provides insight into biofuels including biodiesels and algae-derived fuels, covering production processes, sustainability considerations, and energy conversion efficiency.
Publication Source: US DOE (EERE)
Course Description: Provides insight into biofuels including biodiesels and algae-derived fuels, covering production processes, sustainability considerations, and energy conversion efficiency.
Course ID: NOW101 | Credits: 5 PDH | Format: PDF
Publication Source: US DOE
Course Description: Examines wind energy generation principles, turbine technologies, offshore and onshore applications, and system integration with electrical grids.
Publication Source: US DOE
Course Description: Examines wind energy generation principles, turbine technologies, offshore and onshore applications, and system integration with electrical grids.
Course ID: EGS101 | Credits: 3 PDH | Format: PDF
Publication Source: US DOE (EERE)
Course Description: Explores geothermal energy systems that harness subsurface thermal energy, including enhanced geothermal systems and direct-use applications.
Publication Source: US DOE (EERE)
Course Description: Explores geothermal energy systems that harness subsurface thermal energy, including enhanced geothermal systems and direct-use applications.
Course ID: PSC101 | Credits: 1 PDH | Format: PDF
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: PSH101 | Credits: 4 PDH | Format: PDF
Original Courseware: Original courseware by Harlan Bengtson, PhD, PE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Original Courseware: Original courseware by Harlan Bengtson, PhD, PE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: RCI101 | Credits: 2 PDH | Format: PDF
Publication Source: US EPA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Publication Source: US EPA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Course ID: SRE101 | Credits: 4 PDH | Format: PDF
Publication Source: US FHWA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Publication Source: US FHWA
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Course ID: SHS101 | Credits: 1 PDH | Format: PDF
Publication Source: US DOE (EERE)
Course Description: Analyzes hydropower systems ranging from large-scale hydroelectric plants to small hydropower units, focusing on mechanical design, environmental impact, and energy potential.
Publication Source: US DOE (EERE)
Course Description: Analyzes hydropower systems ranging from large-scale hydroelectric plants to small hydropower units, focusing on mechanical design, environmental impact, and energy potential.
Course ID: WPT101 | Credits: 3 PDH | Format: PDF
Publication Source: US DOE (NREL)
Course Description: Examines wind energy generation principles, turbine technologies, offshore and onshore applications, and system integration with electrical grids.
Publication Source: US DOE (NREL)
Course Description: Examines wind energy generation principles, turbine technologies, offshore and onshore applications, and system integration with electrical grids.
Course ID:SEF101 | Credits: 4 PDH | Format: PDF
Original Courseware: Original courseware by Harlan Bengtson, PhD, PE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Original Courseware: Original courseware by Harlan Bengtson, PhD, PE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: SEG101 | Credits: 3 PDH | Format: PDF
Publication Source: US DOE (Sandia National Labs)
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE (Sandia National Labs)
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: SPL101 | Credits: 2 PDH | Format: PDF
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: SEW101 | Credits: 8 PDH | Format: PDF
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Publication Source: US DOE
Course Description: Covers the design, functionality, and deployment of solar technologies including photovoltaic systems, parabolic troughs, dish/engine setups, and power towers, with emphasis on performance and integration challenges.
Course ID: AEN101 | Credits: 4 PDH | Format: PDF
Publication Source: Original Content developed by Cadistics Courseware
Publication Source: Original Content developed by Cadistics Courseware
Course Description: Presents an in-depth survey of renewable energy sources, classifications, operational principles, and the technological landscape of modern sustainable power.
Course ID: TWD101 | Credits: 1 PDH | Format: PDF
Publication Source: based on US DOE (NREL) Publication
Course Description: Describes passive heating and cooling methods such as Trombe walls and thermal mass strategies, aimed at improving building energy efficiency without active systems.
Publication Source: based on US DOE (NREL) Publication
Course Description: Describes passive heating and cooling methods such as Trombe walls and thermal mass strategies, aimed at improving building energy efficiency without active systems.