Internet Technology, ICT Systems Support, Computer Network Technology

Bachelor's Degree Program

Bachelor's Degree

Quanzhou Normal University/ Zhejiang University of Water Resources and Electric Power

China

4 years

September

• Quanzhou Normal University
• Zhejiang University of Water Resources and Electric Power

Quanzhou Normal College: Fundamentals of IOT Engineering, Analog and Digital Circuit Design, Computer Networks, High-level Language Programming, Data Structures, Sensor Principles, Sensor Network Principles and Applications, Embedded Systems, RFID Technology, IOT Engineering Planning and Design, etc.
Zhejiang University of Water Resources and Electric Power
Main disciplines: Computer Science and Technology, Electronic Science and Technology, Communication Engineering.
Core knowledge areas: IoT technology system, marking and sensing, IoT communication, IoT data processing, IoT control, IoT information security, IoT engineering design and implementation, etc.
Examples of core courses (theory hours in brackets + lab or exercise hours):
Example 1: Introduction to IoT Engineering (18 hours), IoT Communication Technology (45 +18 hours), RFID Principles and Applications (45 +18 hours), Sensor Principles and Applications (45 +18 hours), Sensor Network Principles and Applications (45 +18 hours), IoT Software Design (27 +18 hours), IoT Data Processing (54 hours), IoT Middleware Design ( 27 +18 hours), IoT Application System Design (54 hours), Embedded Systems and Design (45 +18 hours), Sensor Micro-operating System Principles and Design (36 +36 hours), IoT Control Principles and Technology (45 +18 hours), IoT Positioning Technology (45 +18 hours), IoT Information Security (45 +18 hours), IoT Engineering Planning and Design (36 hours) (36 credit hours), Computer Networks (54 credit hours)
Example 2: Introduction to IoT Engineering (30 hours), IoT Algorithm Fundamentals (60 +15 hours), IoT Hardware Fundamentals (60 +15 hours), Sensor Networks and Micro-operating Systems (45 +15 hours), IoT Security and Privacy (30 hours), Wireless Microcontroller and Protocol Development (60 +15 hours), JAVA Language Programming (30 +15 hours), IoT mobile application development (20 +10 hours), logistics management information systems (30 +15 hours), RFID systems (30 hours), IoT embedded system development (20 +10 hours), multi-sensor data fusion technology (60 hours), cloud computing (30 hours), IoT and intelligent thinking (30 hours), mobile human-computer interaction technology (30 hours), social computing (30 hours). 30 hours)
Example 3: Introduction to IoT Engineering (18 hours), IoT Architecture (40 hours), Sensor Principles and Applications (36+10 hours), IoT Data Processing (40+10 hours), Principles of Embedded Systems (40+12 hours), IoT Engineering Planning and Design (40+10 hours), IoT Application System Design (50 hours), IoT Communication Technologies (40+14 hours), RFID and Social Computing (30 hours) (40 +14 hours), RFID and Smart Card Technology (40 +10 hours), IoT Control Technology and Applications (40 +14 hours), IoT Information Security (40 +14 hours), Sensor Networks and Applications (40 +14 hours), Network Planning and Design (40 +14 hours), Data Warehousing and Data Mining (40 +10 hours), Information Systems Analysis and Integration (40 +14 hours), Software Integration (40 +14 hours). +14 hours), Software Integration and Service Computing (40+10 hours)
Major practical teaching sessions: course experiments, course design, professional practice, graduation design (thesis)
Major experiments: sensor experiment, sensor network experiment, IoT communication experiment, IoT data processing experiment, IoT project planning and design experiment