With the continuous development of technology, automation and embedded systems are becoming more and more widely used in various industries. With this comes a growing demand for automated embedded talent. So, what are the employment directions of automation embedded?Here's a closer look at it.
1. Intelligent hardware Internet of Things development.
With the continuous development of Internet of Things technology, the development of intelligent hardware Internet of Things has become a major employment direction in the field of automation and embedded. In this field, embedded systems are widely used in various smart devices, such as smart homes, smart wearables, smart manufacturing, etc. Embedded developers can engage in the R&D, design, and production of smart hardware products, including hardware design, embedded system development, application development, etc.
2. Automotive electronics intelligent driving.
With the continuous development of automotive technology, automotive electronics and intelligent driving have become another major employment direction in the field of automation and embedded. In this field, embedded systems are widely used in automotive electronic control, intelligent driving assistance, etc. Embedded developers can be engaged in the R&D, design, and production of automotive electronic systems, including embedded system development, in-vehicle software development, etc.
3. Medical electronic health equipment.
Medical electronics and health devices are another important employment direction in the field of automated embedded. In this field, embedded systems are widely used in medical devices and health monitoring, among other things. Embedded developers can be engaged in the R&D, design, and production of medical electronic devices, including physiological signal acquisition, medical image processing, and more.
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Fourth, smart home building automation.
Smart home and building automation are another career paths in the field of embedded automation. In this field, embedded systems are widely used in the intelligent control of homes and buildings, such as smart lighting, smart security, etc. Embedded developers can engage in the R&D, design, and production of smart home and building automation, including embedded system development, communication protocol design, etc.
5. Industrial automation robots.
Industrial automation and robotics are another career paths in the field of embedded automation. In this field, embedded systems are widely used in industrial control and robotics. Embedded developers can engage in the R&D, design, and production of industrial automation equipment, including motion control, machine vision, and more.
6. Energy and environmental monitoring.
Energy and environmental monitoring is another important career path in the field of embedded automation. In this field, embedded systems are widely used in energy production and environmental monitoring. Embedded developers can engage in the R&D, design, and production of energy production and environmental monitoring equipment, including data collection, remote monitoring, and more.
To sum up, the employment direction of automation embedded is very broad, covering the development of intelligent hardware Internet of Things, automotive electronics intelligent driving, medical electronics and health equipment, smart home building automation, industrial automation robots, and energy and environmental monitoring and other fields. In order to better adapt to market demand, it is recommended that embedded developers continuously learn and improve their skill level, while paying attention to industry trends and technology trends.