Plastic electronics

Go to Course: https://www.coursera.org/learn/plastic-electronics

Introduction

**Course Review: Plastic Electronics on Coursera** In today’s rapidly evolving technological landscape, the intersection of organic chemistry and electronic engineering is an exciting field that continues to push the boundaries of innovation. Coursera's "Plastic Electronics" course offers an insightful exploration into this fascinating area, particularly focusing on the development and application of organic semiconductors. Whether you're a student keen on deepening your understanding of modern electronics or a professional looking to pivot into this burgeoning field, this course promises to expand your knowledge and skill set significantly. ### Overview of the Course The course is structured to provide a comprehensive journey through the realm of plastic electronics, which has gained prominence over the last four decades following the introduction of electrically conductive polymers. The course digs into the rise of organic semiconductors, exemplified by the revolutionary development of Organic Light-Emitting Diodes (OLEDs) used in contemporary display technologies such as smartphones and televisions. ### Syllabus Breakdown 1. **Introduction to Plastic Electronics** - This initial module lays the groundwork by exploring the concept of semiconductors, which are vital components of all electronic devices. It also uncovers how certain organic compounds can function as semiconductors, facilitating a foundational understanding of how plastic electronics differ from traditional counterparts. 2. **Charge Carrier Transport in Organic Semiconductors** - Here, learners delve into the principles governing electrical currents in devices, specifically how charge carriers flow in organic semiconductors. This module emphasizes the dynamics of electrical voltage application and carrier mobilities, which are crucial for ensuring the efficacy of organic electronics. 3. **Optical Properties of Organic Semiconductors** - This module expands the focus from purely electrical properties to explore the optical aspects of devices. It covers the interaction of light with organic materials, an essential area of study for understanding light-emitting diodes and photovoltaic cells. The discussions here are particularly relevant for anyone interested in the design and functionality of display technologies. 4. **Interfaces in Plastic Electronic Devices** - The next section addresses the interfaces in plastic electronic devices, a critical aspect of device performance and reliability. This module discusses how layers of materials interact and affect the overall efficiency of electronic applications. 5. **Plastic Electronic Devices** - The final module reviews various types of plastic electronic devices, synthesizing the knowledge gained through the previous modules into practical applications and real-world examples. It highlights the current trends and innovations in the field, giving learners a perspective on where plastic electronics is headed. ### Course Experience The course is well-structured, with a blend of theoretical knowledge and practical insights, making it easier for students to grasp complex concepts. Each module is rich with interactive content, including experiments, case studies, and quizzes that reinforce learning. Additionally, the course is designed to cater to a diverse audience, providing explanations that hold value for both newcomers and those with some background in the subject. ### Recommendations I highly recommend the "Plastic Electronics" course on Coursera for anyone interested in exploring the future of electronics through the lens of organic materials. Its comprehensive approach makes it suitable for students, researchers, and professionals in the fields of materials science, physics, electrical engineering, and beyond. Whether you aim to pursue a career in this field, adapt existing knowledge to new technologies, or simply expand your general understanding of plastic electronics, this course is a worthwhile investment in your educational journey. In conclusion, as we stand on the brink of numerous advancements driven by plastic electronics, equipping ourselves with relevant knowledge through courses like this one will undoubtedly enhance our ability to innovate and contribute to this exciting domain. Enroll today and discover the dynamic world of plastic electronics!

Syllabus

Introduction to plastic electronics

This first module is an introduction to the concept of semiconductor, which is the primary consituent of all electronic decives. We also show how some organic compounds can behave as semiconductors.

Electronic devives work through an electrical current generated by applying an electrical voltage. The process is controlled by charge carrier transport, descibed in this module.

Beside electrical properties, electronic devices also involve optical aspects, for example in light-emitting diodes and photovoltaic cells. This modulel describes the interactions of light with organic semiconductors.