本專業面向嵌入式和物聯網應用領域，培養具有良好的工程素養，系統掌握計算機硬件、軟件的基本理論、知識和技能，具備嵌入式操作系統移植、硬件驅動程序開發、嵌入式系統軟件和應用軟件開發、智能終端軟件開發等能力，具備物聯網工程相關應用開發能力的高素質應用人才。課程培養體系強調“一個跟蹤，兩個加強，三個結合”，即跟蹤計算機最新技術發展，加強基礎理論、加強實踐環節，學證結合、學賽結合、產學研結合。為適應社會市場對人才的需求，目前本專業有嵌入式系統和物聯網工程兩個專業方向。

This major aims at the application area of embedded system and the internet of things to cultivate high-quality applied talents with good engineering literacy, mastering the basic theories, knowledge and skills of hardware and software thoroughly, having the ability of transplanting embedded operating system, and developing hardware driver, embedded application software and hardware, intelligent terminal software, and internet of things related application. The course training system emphasizes "One tracking, Two strengthens, Three combinations", that is tracking the latest development of computer technology, strengthening the basic theory, strengthening practical section, making a combination of study and certificate, a combination of study and competition, a combination of production-education-research. To adapt to the society demand for talents, this major provides two study directions: embedded system and the Internet of Things engineering.

嵌入式系統方向 The Direction of Embedded System

培養目標：

本方向培養系統掌握計算機科學基礎理論和專業技能，具有嵌入式計算機系統的系統開發能力、軟硬件應用設計能力，跟蹤技術進步和社會需求能力的復合型和應用型人才。

Training Target:

The direction cultivates compound and applied talents with the abilities of mastering the basis theory of computer science and professional skills thoroughly, developing the embedded system, designing the application software and hardware, and keeping pace with the technology progress and social needs.

方向特色：

強調計算機應用能力的培養，理論與實踐并重，軟件與硬件并重；跟蹤計算機技術發展，學證結合、學賽結合、產學研相結合。在課程設置與具體實施上夯實理論基礎知識，強調綜合實踐能力和創新應用能力的培養；特別突出嵌入式計算機應用系統分析與設計的能力。

Direction Features:

The major puts emphasis upon the of computer application ability, pays equal attention to theory and practice teaching, also to software and hardware knowledge, keeps pace with the development of computer technology, and “three combinations”. In the course offering and implementation, it lays a solid basic knowledge of theory, and at the same time, emphasizes the cultivation of comprehensive practice ability and innovation ability, especially analysis and design ability of embedded application system.

就業方向：

計算機系統特別是嵌入式系統的研究、開發與應用，包括智能家居、消費類電子、醫療儀器、工業控制、汽車電子等。

Employment Orientation:

To research and develop computer application system, especially the embedded system, including intelligent household, consumer-electronics, medical instruments, industry control, automobile electronics, etc.

研究領域：

嵌入式計算機、嵌入式操作系統、嵌入式開發平臺及嵌入式應用

Research Fields:

embedded computer，embedded operating system, embedded development platform and embedded application.

物聯網工程方向 (The Direction of The Internet of Things Engineering)

培養目標：

培養具有物聯網工程系統科學的專業知識，掌握傳感網絡、泛在網絡、感知終端等物聯網工程相關技術，能夠根據需求進行物聯網工程的規劃設計、開發集成、經營管理等工作的人才。

Training Target:

To cultivate talents with the professional knowledge of the Internet of Things engineering system science, mastering some related technologies of the internet of things like sensor network, ubiquitous network, the perception of terminal, and etc. proceeding the planning design, development integration, operation and management of the Internet of Things according to the demand.

方向特色：

把握國家發展規劃，緊跟技術發展浪潮；密切與企業合作，聘請企業資深專業專家教授，采用實際企業案例，校內理論教學與企業實例教學相互補充，注重基礎理論知識，注重實際應用能力。

Direction Features:

To grasp the national development plans, keep pace with the technology development, cooperate with enterprises closely, invite senior experts and professors from enterprises, apply real business cases, make an inter-complement between the theory teaching and real case study, emphasize basic theoretical knowledge, and pay attention to practical application ability.

就業方向:

能夠從事物聯網工程的應用開發和規劃設計等工作，可就業于與物聯網相關的企業、行業，從事物聯網的通信架構、網絡協議和標準、無線傳感器、信息安全、物聯網終端平臺、物聯網工程的系統集成等設計、開發、管理與維護。

Employment Orientation:

The graduates could be engaged in some jobs like the application development and planning design of the Internet of Things engineering, could be employed in enterprise and industry which is related to the Internet of Things; could take part in the design, development, management and maintenance of communication architecture, network protocols and standards, wireless sensor, information security, and the terminal platform, system integration of the Internet of Things.

研究領域：

物聯網終端設計研發、傳感器網絡規劃設計、物聯網中間件技術、網絡信息安全、射頻識別技術、物聯網智能系統設計與開發等研究方向。

Research Fields:

To design, research and develop the Internet of Things terminal, the planning design of sensor network, the middleware technology of the Internet of Things, network information security, RFID technology, the intelligence system of the Internet of Things.

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