The rapid development of Internet technology has made embedded engineers popular talents.
The Internet of Things Era — A New Era in the Embedded Field
Since the 1970s, embedded systems have developed for over thirty years. In recent years, with the advancements in computer technology, communication technology, software technology, and Internet technology, embedded systems have made remarkable progress, with various embedded devices emerging and completely permeating every corner of our lives, unconsciously changing people’s production and living habits. The hot sales and popularity of iPhones, iPads, and Android-based smart terminal devices have further boosted the development of the embedded industry, making the development of embedded systems flourish. For example, the development of smartphone microprocessors has completed a ten-year upgrade path of PC processors in just five years.
According to statistics, in recent years, the development speed of the domestic embedded industry has consistently outpaced the growth rate of China’s national economy and the global embedded industry. The development of China’s embedded industry faces a favorable environment and opportunities, including the government’s emphasis and support for related industries (such as the Internet of Things and new energy industries), and the close integration of the information industry with traditional industries. The industrial application of embedded technology is becoming a trend. On one hand, application system integrators in various industries are gaining more projects and opportunities by introducing embedded technology; on the other hand, more traditional industries are continuously proposing personalized embedded technology application demands to strengthen informatization and mobile management, providing new opportunities for companies engaged in embedded business. Meanwhile, the gap for well-qualified embedded professionals is increasing, presenting unprecedented opportunities for embedded practitioners.
Darun has launched an embedded training course in collaboration with ARM, which fully covers the ARM AAE certification course and meets international standards.
Why is “embedding” the core in the era of the Internet of Everything?
Simply put, all devices with a CPU, apart from general-purpose computers, are considered embedded devices: POS machines, navigators, smart TVs, robotic vacuum cleaners, from aircraft carriers to children’s toys, embedded technology is everywhere. Engaging in embedded development requires not only software knowledge but also an in-depth understanding of hardware architecture; with the development of the Internet of Things, “embedding” will become the core, and embedded engineers will become urgently needed talents in the industry!
The Future and Prospects of Embedded Engineers
1. After graduation, students will win high-paying positions as embedded engineers through “internal recommendations from well-known companies”;
2. After working for two years, they usually become embedded engineers or project managers with an annual salary of over 120,000;
3. After working for five years, they can typically become embedded architects or technical directors.
Darun Embedded Training Course Schedule
Projects that students need to complete at different stages
First Stage Students need to complete the “Lighting Information Management Project”
Second Stage Students need to complete the “Remote Control Project” and the “Server and Client Human-Computer Interaction UI Design Project”
Third and Fourth Stages Students will complete the “Smart Home System Porting Project” and “Driver Software Development”.
1. Darun Embedded Training Course First Stage: Basics of Software Development (Project: Customer Information Management, Analysis System): Standard C language software development, data structures, classic algorithms, customer information management system.
2. Darun Embedded Training Course Second Stage: Advanced Software Development in Linux C/C++ (Project: Web Server): Basics of Linux C programming, Linux system multi-process and multi-thread programming, Linux network programming, object-oriented standard C++ programming, Web server.
3. Darun Embedded Training Course Third Stage: Embedded Linux System Software Development (Project: Smart Home Master Control): Advanced software development with Qt, smart home master control system, ARM architecture and embedded software development, BootLoader project, ARM bare-metal driver development [extension, video].
4. Darun Embedded Training Course Fourth Stage: Practical Project in Embedded Linux System Development (Project: Smart Home): Customization of embedded Linux systems, basics of embedded Linux/Android driver development, smart home projects, WIFI smart car projects, advanced topics in embedded Linux/Android driver development .
Darun Embedded Training Designated Instructor Commitment Letter
Implementing expert-led teaching, adhering to the educational philosophy of “famous teachers produce high-achieving students, high-achieving students earn high salaries” is an important part of ensuring teaching quality at Darun. As a publicly traded vocational education company in the U.S., the company attracts stronger technical talent in the industry to serve as Darun’s training instructors through a cash + stock option model.
Honest operation and refusal of false advertising is the business philosophy of Darun. Darun will publicly announce all teaching instructors’ arrangements and background information before students enroll and solemnly publish the “Designated Instructor Commitment Letter” to ensure students’ interests.
Darun’s committed teaching instructors are as follows:
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