Core Courses in Electronic Information · Embedded Systems
In today’s rapidly developing information technology landscape, embedded technology has become a core driving force for the advancement of intelligence. Embedded systems are widely used in fields such as smart homes, industrial control, and medical devices. Taking smartphones as an example, their core consists of a complete embedded system made up of embedded processors, operating systems, and applications. According to statistics, the global embedded systems market reached $100 billion in 2022, with an annual growth rate of over 8%. This data clearly demonstrates the significant position of embedded technology in the modern information technology field.
As a popular technology, embedded systems hold significant importance for students in electronic information, Internet of Things, and communication engineering majors. For electronic information students, embedded courses serve as a bridge connecting theory and practice. Through studying embedded courses, students can master a complete knowledge system from hardware design to software development, cultivating their ability to solve complex engineering problems; in the Internet of Things major, embedded technology is key to realizing the perception layer, network layer, and application layer; in the communication engineering field, embedded systems are core components of 5G base stations and routers. The National Standards for Teaching Quality of Undergraduate Programs clearly include embedded systems as core courses for electronic information majors, and our school has accordingly launched several embedded-related courses.
Today, Jin Xiaotu recommends several professional books on embedded systems for you to read!
01
Embedded System Development and Applications
eBook
Authors: Chen Peng, Zhao Dongdong, Huan Ruohong
Publisher: Tsinghua University Press
Call Number: TP360.21/CP
Library Location: 2nd Floor Exhibition Hall
Description: This book systematically explains the technology of embedded system application development, covering embedded system overview, ARMv8 processor architecture, Linux systems, hardware interfaces, system buses, embedded AI, etc. It can serve as a textbook for undergraduate courses related to embedded systems in higher education institutions, as well as a textbook for various related training, and can also be used as a self-study book for embedded application software developers and makers in fields such as mechatronic control systems, information electronics, and industrial control.
02
Practical Cases of ARM Embedded Systems
eBook
Author: Li Zhengjun
Publisher: Tsinghua University Press
Call Number: TP368.1/LZJ
Library Location: 2nd Floor Exhibition Hall
Description: This book is guided by the “New Engineering” education concept, using industry-education integration as a breakthrough, focusing on industry needs, and comprehensively reconstructing textbook content, introducing the latest technologies from the industry into teaching and research. It systematically discusses embedded system application examples based on the STM32 series microcontrollers from the perspectives of research, teaching, and practical engineering applications. This book is based on the author’s teaching and research experience, combined with years of development of STM32 embedded systems. It can serve as a teaching reference for undergraduate and graduate students in various automation, robotics, automatic detection, mechatronics, artificial intelligence, electronic and electrical engineering, computer applications, information engineering, and Internet of Things related majors, and is also suitable for engineering technicians engaged in STM32 embedded system development.
03
Principles and Applications of Embedded Systems
eBook
Authors: Wei Quanli, Li Liping, Lin Yuewei
Publisher: Mechanical Industry Press
Call Number: TP360.21/WQL
Library Location: 2nd Floor Exhibition Hall
Description: This book provides a detailed introduction to the hardware principles involved in the startup process of ARM embedded systems and the programs for configuration through software. The content is concise, concepts are clear, and the logic is strong, making it highly professional, technical, and practical. This book can serve as a textbook for higher education institutions in computer, electronic information engineering, automation, electrical engineering, and can also be used as a reference book for embedded development engineers.
04
More Related Reference Book Recommendations
1. Embedded Computer Intelligent System Design
Call Number: TP36/ZMF
2. Embedded Design and Development Training Guidance
Call Number: TP332.021/GSJ
3. Embedded System Design and Comprehensive Case Practice
Call Number: TP332.021/LZJ
4. Principles and Applications of ARM Cortex-M3 Embedded Systems
Call Number: TP332.021/FXY
5. Quick Start with STM32 Embedded Microcontrollers
Call Number: TP332.3/CZW
Friendly Reminder
The 8 books recommended in this article are displayed in the central hall on the second floor of the library, and there are many more books related to “embedded systems” available on the fourth floor, come and borrow them!
Currently, the demand for embedded system development talent exceeds supply. Well-known domestic companies such as Huawei and ZTE have an annual demand growth rate for embedded development engineers of over 20%. Students who master embedded technology have a clear advantage in the job market, with average starting salaries exceeding 30% higher than ordinary IT positions. Therefore, embedded system courses play an irreplaceable role in enhancing students’ professional skills and employment competitiveness. Only by mastering embedded technology as a core skill can one occupy a favorable position in future career development and become a backbone force in promoting information technology innovation.
WeChat ID｜Jincheng Xiyue
Editor｜Zhang Luxin
Reviewer｜Wang Hongbing