Which prospect is better, embedded or java?

Both embedded and java have good development prospects.

Embedded and Java are both widely used technologies in the IT field, and the corresponding employment prospects are also very broad.

For the embedded direction, due to the rapid development of smart home, intelligent manufacturing, intelligent transportation and other fields, the demand for embedded development continues to increase. The specific work includes embedded software engineer, embedded system engineer, hardware engineer and Internet of Things engineer. Embedded development companies or electronic product manufacturers are generally recruiting embedded developers, but these positions often require rich experience and software and hardware skills.

For the direction of Java, Java has been widely used in enterprise applications, large-scale systems and cloud computing because of its good cross-platform, easy maintenance and high reliability. Related jobs include Java development engineer, Java software engineer, Java system architect, big data engineer, Web engineer, mobile development engineer, etc. Java development companies or internet companies, banks, insurance companies and other companies will recruit Java developers.

Specific differences between embedded and Java

1, definition: Embedded refers to computer systems and chips embedded in electronic devices, and Java is a widely used computer programming language.

2. Application scenario: Embedded technology is usually applied to various electronic devices, such as smart phones, tablet computers, smart home appliances, automobiles, medical equipment and so on. Java is usually used for server-side, enterprise-level applications and large-scale software system development, such as website development, large-scale database management, desktop software development and other fields.

3. Programming language: The programming languages used in embedded development include assembly language, C language and C++, and Java is an object-oriented advanced programming language.

4. System scale and performance: Embedded systems usually require very little and occupy less resources, so it is necessary to write high-performance and small-size codes. Java is usually deployed on large servers and has high performance and scalability.

5. Debugging and testing: The development of embedded system involves both hardware and software. Debugging and testing are more complicated than Java, which requires corresponding software and hardware debugging tools.

There are great differences between embedded system and Java in application field, programming language, system volume and performance, so it is necessary to choose appropriate technologies and tools according to specific application scenarios.