What are the specific employment positions for communications engineering majors?

1. Mobile application product manager: With the rise of smartphones and the development of the mobile Internet, iPhone and Android application development has become a hot direction, and mobile application product managers will have strong salary competitiveness.

2. Value-added product development engineer: Value-added product services mainly include SMS, MMS, ring tones, wap and other services. Value-added product development engineers are mainly responsible for the development of value-added technology platforms (sms/wap/mms/web, etc.) As well as the technical support, implementation and maintenance of operation management, you need to be familiar with the technical application architecture of the j2ee system, master a certain amount of java application development, and understand xml, xhtml, javascript and other related knowledge.

3. Digital signal processing engineer: With the rapid development of large-scale integrated circuits and digital computers, the use of digital methods to process signals, that is, digital signal processing, has gradually replaced analog signal processing. Digital signal processing engineers are professionals who represent and process signals digitally.

4. Communication technology engineer: In my country, the communication industry is a monopoly industry. After several years of rapid development, it has entered the 3G era, as well as the 4G and LTE era. Communication technology engineers will have a greater role, because they are needed for large-scale solid-state network construction, mobile device manufacturers need them, and various types of mobile service and terminal equipment providers need them. In addition, they can also have roles in the IT industry. This is because the trend of triple network integration is inevitable. There is no doubt that they are one of the most sought-after talents.

5. Wired transmission engineer: Our lives are inseparable from the world of wired network connections, and wired transmission engineers are the designers of this network. They are responsible for planning and design work such as optical cable transmission projects. They are required to understand the standards and specifications of the communication industry construction, be able to prepare communication project outlines and budgets, and be proficient in using common engineering and tool software such as CAD and visio or 2g and 3g network planning software.

6. Wireless communication engineer: Wireless networks bring infinite convenience to people because they can use the World Wide Web anytime and anywhere. In our country, wireless networks are gradually being fully rolled out and emerging, so wireless communication engineers will have a lot to do. For example, mobile phones are gradually becoming multi-functional wireless terminals that can access the Internet at any time, so businesses related to wireless communications are emerging on a large scale. Wireless communication engineers are the guarantee for realizing these services and developing new services.

7. Telecommunications switching engineer: The development of telecommunications switching technology drives the development of the entire telecommunications industry and is the core of the telecommunications industry. The development trend of packet switching networks has made my country's telecommunications a big step forward. All this indicates that telecommunications switching engineers will have great achievements. Telecommunications switching engineers are an important profession who understand telephone switch technology, system integration, telecommunications value-added services, voice switching systems, and are familiar with integrated wiring.

8. Data communication engineer: The information industry is a sunrise industry, telecommunications network is the cornerstone of the information society, and data communication is an important part of the construction of information infrastructure. Data communications engineers are generally engaged in the maintenance of telecommunications networks (ATM); participating in and guiding the installation, debugging and technical guidance of remote node equipment; responsible for preparing relevant technical plans and formulating maintenance specifications.

9. Mobile communication engineer: Mobile phones have become an indispensable part of life, and mobile communication requires the support of mobile communication engineers. They master cellular mobile wireless systems such as 3G; cordless systems such as DECT; short-range communication systems such as Bluetooth and DECT data systems; wireless local area network (WLAN) systems; fixed wireless access or wireless local loop systems; satellite systems; and broadcast systems. , such as dab and dvb-t; adsl and cable modem. They can conduct, establish, maintain and regulate mobile communications.

10. Telecommunications network engineer: In the social information ecological environment built by telecommunications networks, information interaction will be as ubiquitous as air. It will fully integrate people's life, entertainment, business, education, medical and travel activities.

Telecom network engineers will turn this into reality. Generally, telecom network engineers are mainly responsible for the daily operation and maintenance of the network layer of computer network systems; adjusting equipment configurations according to business needs; and writing network operation reports. Familiar with the installation, debugging and maintenance of common network equipment such as mainstream routers and switches.

11. Communication power supply engineer: The stability of communication power supply is the guarantee of the reliability of communication system. Communication power engineers are engaged in the scientific research, development, production, sales and technical support, planning, design, engineering construction, etc. of communication power systems, self-contained generators, communication-specific uninterruptible power supplies (UPS) and other power equipment and corresponding monitoring systems. Engineering and technical personnel for operation and maintenance. This requires them to master the basic working principles of AC power supply systems, DC power supply systems, high-frequency switching power supplies, batteries, UPS, sensors, the topology of power environment centralized monitoring systems, and system configuration standards.