『One』 Internet of Things courses include which
Internet of Things is a cross-disciplinary, involving computers, communication technology, electronics, measurement and control technology and other professional knowledge, as well as management, software development and other aspects of knowledge. In terms of courses, the Creative Institute offers: computer information technology, programming language C, database technology, analog electronics, digital logic and systems, HDL and system design, digital signal processing, wireless sensor network technology and applications, data fusion theory and technology. Information and Communication Engineering, Electronic Science and Technology, Computer Science and Technology.
『Two』 What are the major courses in Internet of Things Application Technology
Mostly, these courses are almost the same: Introduction to the Internet of Things Industry and Technology, C Programming, Java Programming, Introduction to Wireless Sensor Networks, TCP/IP Networks and Protocols
Introduction to Sensor Technology, Embedded Systems Technology, Introduction to RFID Technology, Industrial Informatization and Fieldbus Technology, Introduction to M2M Technology
, IoT Software, Standards, and Middleware Technology
.
More information about Internet of Things in colleges and universities is welcome to visit the Internet of Things Information Forum on FerryOO.com!
『Three』 Internet of Things and Cloud Computing to learn from which to start
Cloud Computing as a kind of development inevitably, the future may be analogous to the ordinary people's water and electricity, can be seen on the importance of the enterprise.
You can see and learn this side
『肆』 JNU Internet of Things engineering major courses what
National characteristics of professional construction points, the Ministry of Education "excellence in engineers education and training program" professional, the Ministry of Education, comprehensive reform of the Ministry of Education, Jiangsu Province, the key professional, Jiangsu province, "excellent engineers (software class)". "
Facing the development needs of national strategic emerging industries, the program aims to cultivate students with good humanities literacy and professional ethics, a solid grasp of the basic knowledge of mathematics, natural sciences and other professional knowledge in the field of Internet of Things engineering, strong practical ability to innovate, good teamwork and communication skills, and independent learning. With strong innovation and practice ability, good teamwork and communication ability and independent learning ability, the program is able to engage in software and hardware product development in the field of Internet of Things engineering, Internet of Things application system design, development and maintenance, scientific research and other high-quality composite engineering and technical personnel.
The students of this program should achieve the following goals five years after graduation:
(1) Moral Cultivation: to have good ideological character and humanities and scientific literacy, and to understand and abide by the ethical norms, laws and regulations in engineering practice or technology development;
(2) Engineering Knowledge: to have the broad knowledge of engineering sciences required for solving the complex engineering problems of the Internet of Things and related fields, Engineering technology knowledge and engineering environment knowledge, familiar with the current situation and development trend of the industry at home and abroad;
(3) Engineering ability: able to refine, analyze and solve the key problems encountered in the implementation of engineering projects in this field, with the ability to independently follow the Internet of Things and related fields of engineering projects of innovation and practice;
(4) Teamwork; have a good teamwork spirit, (4) Teamwork; good teamwork spirit, organizational coordination, communication skills, and the ability to adapt to different roles in the actual work;
(5) Lifelong Learning: the ability to proactively adapt to the social environment, technological development and change, with lifelong learning habits and independent learning ability.
Main Courses: Circuits and Electronic Technology, Digital Electronic Technology, Data Structure, Principle of Computer Composition, Operating System, Radio Frequency Identification (RFID) Technology, Communication Technology, Information Security Technology, Embedded System Design, Computer Networks, Principle of Sensor Networks, Comprehensive Design of Internet of Things Applications, etc.
Employment: Graduates can be engaged in software and hardware product development, Internet of Things application system design, development and maintenance, and scientific research in Internet of Things-related enterprises, scientific research institutes, universities and colleges, etc.
Internet of Things is a new technology that can be applied to the development of Internet of Things.
『Wu』 What are the core courses of the Internet of Things Engineering
Introduction to Internet of Things industry and technology C programming, Java programming Introduction to wireless sensor networks TCP/IP networks and protocols Embedded system technology Introduction to sensor technology Introduction to RFID technology Introduction to industrial informatization and fieldbus technology Introduction to M2M technology Introduction to Internet of Things software, standards, and middleware technology
Electronics courses: analog electronics digital circuit design
Communications courses: signals and systems principles of communication
Computer courses: computer networks principles of computer composition principles of microcomputer and applications operating systems database data structure
Programming languages: C C++ java
Core courses: Introduction to Internet of Things (IoT), RFID (Radio Frequency Identification Technology), and M2M (M2M) technology. Introduction to Internet of Things Radio Frequency Identification Technology (RFID)
『Lu』What Courses for Internet of Things Majors
Introduction to Internet of Things Industry and Technology C Programming, Java Programming Introduction to Wireless Sensor Networks TCP/IP Networks and Protocols Embedded Systems Technology Introduction to Sensor Technology Introduction to RFID Technology Introduction to Industrial Informatization and Fieldbus Technology M2M Technology Introduction to Internet of Things Software, Standards, and Intermediary Systems
『Lu』 What Courses for Internet of Things Majors
Introduction to Internet of Things Industry and Technology Internet software, standards, and middleware technology
『seven』 What are the most important courses in Internet of Things engineering
Basic subjects: University English, University Physics, Advanced Mathematics, C Programming and Design, Linear Algebra, Probability Statistics, etc.
Specialized subjects: Introduction to the Internet of Things, Electronic Circuits, Introduction to Sensor Technology, Introduction to rfid Technology, TCP-IP protocols, etc.
The most important courses for Internet of Things engineering are protocols,
Embedded systems, IoT software, standards and middleware technology, M2M introduction, JAVA, etc.
These specialized subjects are the mainstream of IoT engineering, but different schools based on this, the subjects may be different from those mentioned above.
『Hi』 What is Internet of Things Engineering
The subjects studied in Internet of Things Engineering include: information and communication engineering, electronic science and technology, computer science and technology. Introduction to the Internet of Things, basic circuit analysis, signals and systems, analog electronics, digital circuits and logic design, microcomputer principles and interface technology, engineering electromagnetic fields, communication principles, computer networks.
As well as modern communication networks, sensor principles, embedded system design, wireless communication principles, wireless sensor networks, proximity wireless transmission technology, 2D barcode technology, data acquisition and processing, IoT security technology, IoT networking technology.
(8) Internet of Things Main Courses Expanded ReadingTraining Requirements:
Students in this program should have a good foundation in mathematics and physics, master the relevant theories of Internet of Things and application design methods, have strong ability in computer technology and electronic information technology, master the basic methods of literature search and data query, and be able to read foreign language materials in this field smoothly with the ability to listen, speak, read and writing skills.
Knowledge and Skills:
Master the basic theoretical knowledge related to computer science and technology, master the basic method of analysis and design of Internet of Things engineering, understand the basic method of literature search, data query, and have certain scientific research and practical work ability.
『Jiu』What technology do IoT engineers need to learn
IoT engineers need to master: Introduction to IoT industry and technology, introduction to IoT engineering, Java programming, microcontroller principles and applications, introduction to wireless sensor networks, mobile communication technology, cellular IoT technology and other technologies.
The Internet of Things is based on the Internet, radio and television networks, traditional telecommunication networks and other information carriers, so that all the ordinary physical objects can be independently addressed to realize the interconnection of the network is also known as the Internet of Things domain name.
The idea of the Internet of Things can be traced back to Bill Gates' 1995 book The Way of the Future. In The Way of the Future, Bill Gates already mentioned the Internet of Things, but at that time, it was limited by the development of wireless networks, hardware and sensing devices, and did not attract attention.
(9) Internet of Things main course extended reading:
Internet of Things graduates need to master the knowledge and skills:
1, master and computer science and technology related to the basic theoretical knowledge; master the Internet of Things Engineering analysis and design of the basic methods.
2. Understand the basic methods of literature search and data query, and have certain scientific research and practical work ability.
3. Understand the regulations related to Internet of Things engineering.
4, to be able to use the learning knowledge and foreign language reading ability to access foreign language information.
5, master the basic methods of literature search, data query, with the ability to obtain information.