The electronic information engineering major is indeed above the current trend of science and technology, especially in the field of embedded systems. The comprehensive nature of this major allows students to dabble in both hardware and software, providing them with a solid foundation in embedded development. I have a set of introductory programming tutorials here, which not only contain detailed explanations, but also actual project practice. If you are eager to learn programming, you may wish to follow it, give a comment 222, private message 22, and I will send it to you in the background. 
Students in electronic information engineering majors usually study digital circuits, analog circuits, microprocessors and other related courses, which provide a foundation for them to understand and apply embedded systems. Mastering programming languages is also a part of this specialization, which is essential for software programming in embedded development.
With the rapid development of the Internet of Things, smart devices and other fields, embedded systems are becoming more and more widely used in various industries. Therefore, students with a background in electronic information engineering may indeed have more employment opportunities and development space in the embedded field. This includes not only the traditional electronics manufacturing industry, but also smart homes, medical equipment, automotive electronics and other fields, because these fields require a deep combination of hardware and software.
Overall, electronic information engineering students have good employment prospects in the field of embedded systems, and the multifaceted knowledge they learn also makes them more competitive.