MPPT Energy System Mobile App Details

This project presents an accessible overview of nanofiber-based drug delivery systems, with a focus on oral and transdermal applications. The videos explain how traditional medication delivery methods can be inefficient or uncomfortable and how nanofibers offer a non-invasive alternative. By controlling how and when medication is released into the body, nanofiber technology can improve effectiveness while reducing side effects. All diagrams, charts, and images used in the videos were personally created or captured, ensuring that the visual content is original and tailored to clearly communicate complex biomedical concepts.

The videos explore different drug release mechanisms, including fast, biphasic, controlled, and delayed release, and compares them to traditional medication absorption curves. It also details how nanofibers are manufactured and loaded with drugs using techniques such as blending and physical adsorption, including nanoparticle and layer-by-layer assembly. Special attention is given to how polymer selection impacts biodegradability and absorption within the body.

This project demonstrates the potential of nanofibers to revolutionize over-the-counter and long-term medication delivery. By highlighting stability, controlled release, and patient comfort, the videos emphasize why nanofiber-based systems are an active area of research. The bilingual presentation further broadens accessibility and impact, making complex engineering concepts understandable to diverse audiences.