This course offers an engaging introduction to lasers and fiberoptics, covering their fundamental principles and wide-ranging applications. Designed for engineers, scientists, medical personnel, and managers, it emphasizes:
With graphic illustrations and video demonstrations, Prof. Ezekiel makes complex topics accessible to those with little or no background in these technologies.
This module introduces the basic principles of lasers, focusing on their operational characteristics and the physics behind their functionality. Understanding lasers is crucial as they play a pivotal role in modern technology.
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Building on the first module, this section delves deeper into the advanced concepts of laser technologies. It covers the various types of lasers, including solid-state, gas, and semiconductor lasers.
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This module continues the exploration of lasers, focusing on case studies that demonstrate practical applications and innovations in laser technology. Participants will analyze real-world examples.
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This continuation of laser fundamentals further explores practical applications, emphasizing case studies in laser usage. Attendees will learn about the societal and industrial impacts of laser technology.
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This module centers on fiberoptics, covering its fundamental principles, types, and applications. Fiberoptics plays a crucial role in modern communication systems, and understanding it is essential for professionals in various fields.
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