Internet of things main course

What are the "One" Internet of Things courses?

Internet of Things is an interdisciplinary subject, involving basic professional knowledge such as computer, c

What are the "One" Internet of Things courses?

Internet of Things is an interdisciplinary subject, involving basic professional knowledge such as computer, communication technology, electronic technology, measurement and control technology, as well as management and software development. In terms of courses, Maker College offers: computer information technology, programming language C, database technology, analog electronic technology, digital logic and system, HDL and system design, digital signal processing, wireless sensor network technology and application, data fusion theory and technology, etc. Information and communication engineering, electronic science and technology, computer science and technology.

What are the main courses of Internet of Things application technology?

Generally speaking, these courses are similar: Introduction to 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 system technology, RFID technology, industrial informatization and field bus technology, M2M technology.

, Internet of Things software, standards and middleware technology

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For more information about the Internet of Things in colleges and universities, please visit the Feiruiao Internet of Things Information Forum!

(3) Where should the Internet of Things and cloud computing be introduced?

As a necessity of development, cloud computing may be compared with ordinary people's water and electricity in the future, which shows its importance to enterprises.

You can watch and study here.

What are the main courses of the Internet of Things project in Jiangnan University?

National professional construction sites, the "excellent engineer education and training plan" specialty of the Ministry of Education, the comprehensive reform pilot of the specialty of the Ministry of Education, the key specialty of Jiangsu Province, and the "excellent engineer (software) education and training plan" specialty of Jiangsu Province.

Facing the development needs of national strategic emerging industries, we will cultivate high-quality compound engineering and technical personnel with good humanistic quality and professional ethics, solid grasp of basic knowledge such as mathematics and natural science and professional knowledge in the field of Internet of Things engineering, strong innovative and practical ability, good teamwork and communication skills and independent learning ability, and be able to develop software and hardware products, design, development and maintenance of Internet of Things application systems and scientific research in the field of Internet of Things engineering.

Students of this major should achieve the following goals five years after graduation:

(1) Moral cultivation: having good ideological and moral qualities and humanistic qualities, and understanding and abiding by moral norms, laws and regulations in engineering practice or technology development;

(2) Engineering knowledge: have extensive engineering scientific knowledge, engineering technical knowledge and engineering environment knowledge needed to solve complex engineering problems in the Internet of Things and related fields, and be familiar with the current situation and development trend of the industry at home and abroad;

(3) Engineering ability: able to refine, analyze and solve key problems encountered in the implementation of engineering projects in this field, and have the ability to innovate and practice independently from the Internet of Things and related fields;

(4) teamwork; Have good team spirit, organization and coordination ability, communication ability, and be able to adapt to different roles in practical work;

(5) Lifelong learning: able to actively adapt to the development and changes of social environment and technology, with the habit of lifelong learning and the ability of autonomous learning.

Main courses: circuit and electronic technology, digital electronic technology, data structure, computer composition principle, operating system, radio frequency identification technology, communication technology, information security technology, embedded system design, computer network, sensor network principle, integrated design of Internet of Things application, etc.

Employment orientation: Graduates can engage in the development of software and hardware products, the design, development and maintenance of Internet of Things application systems and scientific research in enterprises, research institutes and universities related to Internet of Things.

What are the core courses of the Internet of Things project?

Introduction to Internet of Things Manufacturing and Replication Industry and Technology C Language Programming, Java Programming Introduction to Wireless Sensor Network TCP/IP Network and Protocol 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

Electronic course: digital circuit design of analog electronic technology

Communication Course: Principles of Signal and System Communication

Computer course: computer network computer composition principle microcomputer principle and application operating system database data structure

Programming language: C C++ java

Core course: Introduction to RFID of Internet of Things

What courses do you major in "Lu" Internet of Things?

Introduction to Internet of Things Industry and Technology C Language Programming and Java Programming Introduction to Wireless Sensor Network Introduction to TCP/IP Network and Protocol 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

What are the most important courses in the Internet of Things project?

Basic subjects: college English, college physics, advanced mathematics, C language programming, linear algebra, probability statistics, etc.

Professional subjects: introduction to internet of things, electronic circuit, introduction to sensor technology, introduction to rfid technology, TCP-IP protocol,

Embedded system, Internet of Things software, standards and middleware technology, M2M introduction, JAVA, etc.

These professional disciplines are the mainstream disciplines of Internet of Things engineering, but different schools may take different courses based on them.

What does the Internet of Things project learn?

The contents of the Internet of Things project include: information and communication engineering, electronic science and technology, computer science and technology. Introduction to Internet of Things, fundamentals of circuit analysis, signals and systems, analog electronic technology, digital circuit and logic design, microcomputer principle and interface technology, engineering electromagnetic field, communication principle, computer network.

And modern communication network, sensor principle, embedded system design, wireless communication principle, wireless sensor network, short-range wireless transmission technology, two-dimensional bar code technology, data acquisition and processing, Internet of Things security technology, Internet of Things networking technology, etc.

(8) Requirements for extended reading training of Internet of Things main courses:

Students in this major should have a good foundation in mathematics and physics, master the relevant theories and application design methods of the Internet of Things, have strong computer technology and electronic information technology capabilities, master the basic methods of literature retrieval and information inquiry, be able to read foreign language materials of this major smoothly, and have the ability of listening, speaking, reading and writing.

Knowledge and skills:

Master the basic theoretical knowledge related to computer science and technology, master the basic methods of analysis and design of Internet of Things projects, understand the basic methods of literature retrieval and data query, and have certain scientific research and practical work ability.

9. What technologies do Internet of Things engineers need to learn?

Internet of Things engineers need to master: Internet of Things industry and technology introduction, Internet of Things engineering introduction, Java programming, single chip microcomputer principle and application, wireless sensor network introduction, mobile communication technology, cellular Internet of Things technology and other technologies.

The Internet of Things is a network based on information carriers such as the Internet, radio and television networks and traditional telecommunication networks, which enables all ordinary physical objects that can be independently addressed to interoperate. Also known as the Internet of Things domain name.

The concept of Internet of Things can be traced back to Bill Gates' book 1995 The Road to the Future. In The Road to the Future, Bill Gates once mentioned the Internet of Things, but due to the development of wireless networks, hardware and sensing equipment at that time, it did not attract attention.

(9) Extended reading of main courses of Internet of Things:

Knowledge and skills of graduates majoring in Internet of Things;

1, master the basic theoretical knowledge related to computer science and technology; Master the basic methods of analysis and design of Internet of Things projects.

2. Understand the basic methods of literature retrieval and data query, and have certain scientific research and practical work ability.

3. Understand the laws and regulations related to the Internet of Things project.

4. Be able to use learning knowledge and foreign language reading ability to consult foreign language materials.

5, master the basic methods of literature retrieval, information query, with the ability to obtain information.