本专业面向嵌入式和物联网应用领域,培养具有良好的工程素养,系统掌握计算机硬件、软件的基本理论、知识和技能,具备嵌入式操作系统移植、硬件驱动程序开发、嵌入式系统软件和应用软件开发、智能终端软件开发等能力,具备物联网工程相关应用开发能力的高素质应用人才。课程培养体系强调“一个跟踪,两个加强,三个结合”,即跟踪计算机最新技术发展,加强基础理论、加强实践环节,学证结合、学赛结合、产学研结合。为适应社会市场对人才的需求,目前本专业有嵌入式系统和物联网工程两个专业方向。
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.
嵌入式系统方向 The Direction of Embedded System
培养目标:
本方向培养系统掌握计算机科学基础理论和专业技能,具有嵌入式计算机系统的系统开发能力、软硬件应用设计能力,跟踪技术进步和社会需求能力的复合型和应用型人才。
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:
强调计算机应用能力的培养,理论与实践并重,软件与硬件并重;跟踪计算机技术发展,学证结合、学赛结合、产学研相结合。在课程设置与具体实施上夯实理论基础知识,强调综合实践能力和创新应用能力的培养;特别突出嵌入式计算机应用系统分析与设计的能力。
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.
就业方向:
计算机系统特别是嵌入式系统的研究、开发与应用,包括智能家居、消费类电子、医疗仪器、工业控制、汽车电子等。
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.
研究领域:
嵌入式计算机、嵌入式操作系统、嵌入式开发平台及嵌入式应用
Research Fields:
embedded computer,embedded operating system, embedded development platform and embedded application.
物联网工程方向 (The Direction of The Internet of Things Engineering)
培养目标:
培养具有物联网工程系统科学的专业知识,掌握传感网络、泛在网络、感知终端等物联网工程相关技术,能够根据需求进行物联网工程的规划设计、开发集成、经营管理等工作的人才。
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:
把握国家发展规划,紧跟技术发展浪潮;密切与企业合作,聘请企业资深专业专家教授,采用实际企业案例,校内理论教学与企业实例教学相互补充,注重基础理论知识,注重实际应用能力。
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.
就业方向:
能够从事物联网工程的应用开发和规划设计等工作,可就业于与物联网相关的企业、行业,从事物联网的通信架构、网络协议和标准、无线传感器、信息安全、物联网终端平台、物联网工程的系统集成等设计、开发、管理与维护。
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.
研究领域:
物联网终端设计研发、传感器网络规划设计、物联网中间件技术、网络信息安全、射频识别技术、物联网智能系统设计与开发等研究方向。
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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