
Comprehensive exploration of electrical engineering fundamentals, covering circuits, components, and systems for a solid foundation in the field.

Comprehensive exploration of solar energy technology, covering radiation, collectors, system performance, design methods, economics, and passive architecture.

Comprehensive overview of power systems, covering generation, transmission, distribution, renewable sources, and advanced topics like HVDC and optimal system operation.

Comprehensive exploration of geothermal energy systems, covering resources, electricity generation, direct heat use, and future growth potential. Includes expert insights and Q&A session.

Explore clean and renewable energy technologies, covering coal, oil, natural gas, solar, wind, hydro, geothermal, tidal, and biomass sources. Learn about production methods and energy conversion.

Comprehensive exploration of nuclear energy, covering its history, significance, mechanics, and environmental impact, presented by Stanford expert Diana Gragg.

Comprehensive exploration of nuclear fission, covering its significance, history, commercial applications, environmental impact, and future prospects in energy production.

Explore energy usage in buildings, decarbonization strategies, and real-world case studies. Learn about efficiency, electrification, and renewable energy to address climate challenges in the built environment.

Explore hydrogen's role in achieving net zero emissions, covering production, storage, transportation, and utilization methods to address climate change and energy challenges.

Explore the fascinating world of solar cells, their functionality, efficiency, and applications in remote power systems. Gain insights to make informed decisions on solar technology.

Explore nuclear fusion's potential, challenges, and recent breakthroughs with expert Clea Kolster. Learn about fusion reactors, funding, and the latest developments in this cutting-edge energy field.

Explore micro-algae oil cultivation for biofuel production, including Thailand's energy plans, algae technology, culture collection, and industrial collaborations.

This course is an introductory course on solar photovoltaics materials and devices covering fundamentals of operation of solar cells, physics of semiconducting materials, P-N junction device characteristics in dark and light.

Explore optoelectronic materials and devices, from fundamental theories to advanced applications in semiconductors, optical properties, and organic electronics.

Science and other stuff videos *kind of* in an order that makes sense.

Explore environmental technologies in maritime shipping, focusing on UN protocols, sulfur oxide reduction, and innovative solutions for sustainable marine transportation.

Explore the ongoing energy revolution, from current sources to emerging technologies in efficiency, renewables, transportation, and green buildings, with insights on future trends and transition tools.

The major focus is on the following topics: the apparent movement of the sun, irradiation prediction, intensity estimation on tilted plane, flat plate collectors, concentrating collectors of various kinds, thermal and photovoltaic routes of solar energy…

Examen des avantages d'un plan énergétique durable pour la Terre, abordant le changement climatique, l'innovation et le déploiement, avec un accent sur l'équité sociale et l'atténuation de la pauvreté.

Comprehensive exploration of hydroelectric power, covering its history, operations, impacts, and future prospects. Ideal for those seeking in-depth understanding of this renewable energy source.

Explore geothermal electricity generation, from basic concepts to advanced technologies like Enhanced Geothermal Systems, with a focus on potential and growth in the industry.