Billions of batteries are thrown away every year, but as sustainability and renewable energy gain more global attention, the world is turning to alternative power sources to power a greener future.

Unpack the inner workings of one such popular power source, energy harvesting, with the experts at Sungkyunkwan University. With their insight and through practical learning, you’ll explore the fundamental principles of energy harvesting and walk away with a better understanding of how to apply its technologies for a more sustainable planet.

Get an introduction to energy and thermodynamics

You’ll begin this course with the basics, exploring key concepts like energy conversion, the Carnot cycle, and the second law of thermodynamics.

Engage with real-world applications and case studies to see how these principles are applied in various engineering and scientific contexts.

Explore materials science for energy harvesting

You’ll expand on this knowledge by delving into materials science and how its importance for energy harvesting. You’ll study the electrical and mechanical properties of materials, including concepts like band theory and grain boundary issues, which are essential for designing effective energy harvesting systems.

Grasp energy harvesting mechanisms and advanced concepts, including TENG

Next, you’ll investigate static electricity and its role in energy harvesting, comparing it with other methods like electromagnetic generators (EMGs). You’ll then learn the mechanisms behind TENGs, such as contact and rotation, and learn about their applications, including their use in bioapplications and acoustic sensors.

By the end of this course, you’ll have a comprehensive understanding of these technologies and their potential in practical energy harvesting solutions.