STEM 전문가 - 유연한 하이브리드 전자 장치를 배우고 만들어 보세요

In this innovative course, students will delve into the cutting-edge field of Flexible Hybrid Electronics (FHE) and use their knowledge to conceptualize a product designed to benefit humanity. This course is ideal for those interested in the intersection of technology and real-world applications.

What Will Be Taught?
Students will explore the fundamentals of Flexible Hybrid Electronics (FHE), a technology that combines the flexibility of organic electronics with the performance of traditional electronics. They will learn how FHE can be applied to various fields and how to conceptualize and design products that address specific challenges or improve lives.

Topics Covered:

Introduction to Flexible Hybrid Electronics (FHE): Overview of FHE technology, including its components, manufacturing processes, and applications.
Applications of FHE: Exploration of FHE applications in diverse areas such as sports technology, military enhancements, animal welfare, and environmental solutions.
Product Conceptualization: Techniques for brainstorming and designing innovative products using FHE technology to solve real-world problems.
Impact Assessment: Evaluating the potential benefits and challenges of proposed FHE products on humanity and the environment.
Class Structure:

Lectures: Each session will begin with a detailed lecture on the principles of FHE and its applications. These lectures will provide a strong foundation for understanding the technology.
Interactive Discussions: Engage in discussions about current and future FHE applications, exploring how this technology can address various issues.
Group Activities: Collaborate in small groups to brainstorm and develop product ideas that utilize FHE to solve specific problems or enhance human well-being.
Project Work: Work on individual or group projects to conceptualize and design a product, incorporating feedback and refining ideas throughout the course.
Teaching Methodology and Style:

Dynamic Approach: The course combines lectures, multimedia resources, and hands-on activities to create a comprehensive learning experience.
Multimedia Resources: Utilize slides, video clips, and case studies to illustrate the application of FHE in different fields and provide real-world examples.
Engagement and Interaction: Active participation is encouraged through group discussions, design challenges, and feedback sessions to foster a collaborative learning environment.

Student Interaction:

Lectures and Q&A: Participate in lectures with opportunities for questions and answers to clarify concepts and deepen understanding.
Practical Exercises: Complete hands-on exercises and projects that allow for practical application of FHE concepts in product design.