Sensor Application Technology is a practical core course for the major of Internet of Things application technology, aiming at cultivating students' core abilities in the fields of Internet of Things, automatic control and intelligent detection. The course makes a deep analysis on the working principle, performance parameters and application scenarios of various sensors, covering key types such as temperature sensors, pressure sensors, photoelectric sensors and acceleration sensors. Through study, students will master type selection, interface circuit design, data acquisition and processing of sensors, as well as the application methods of sensors in complex systems. The course contents focus on practical operation. Through project-driven learning, students can transform theoretical knowledge into the ability to solve practical problems, laying a solid foundation for future work such as intelligent product development, system integration and operation maintenance. The course aims to cultivate students' professional abilities in the fields of IoT system software and hardware development, IoT system maintenance, IoT equipment manufacturing, project implementation and management, system integration (service), IoT equipment installation, IoT system on-site application, IoT equipment (maintenance/debugging), IoT system technical support, etc., laying a foundation for students to work immediately without further training and adapt to job changes.
Overview
Syllabus
- Item 1: Fundamentals of Sensor Technologies
- Task 1.1: Recognization of Sensors
- Task 1.2: Detection Data Processing
- Item 1 Chapter test
- Item 2: Pressure Detection
- Task 2.1: Electronic Scale Pressure Detection
- Task 2.2: Atmospheric Pressure Detection
- Item 2 Chapter test
- Item 3: Displacement Detection
- Task 3.1: Detection of Parts Assembly Accuracy in Automated Assembly System
- Task 3.2: Displacement Detection of CNC Machine Table
- Item 3 Chapter test
- Item 4: Speed Detection
- Task 4.1: Spinning Speed Detection
- Task 4.2: Machine Tool Spindle Speed Detection
- Item 4 Chapter test
- Item 5:Level Detection
- Task 5.1: Automobile Fuel Tank Level Detection
- Task 5.2: Simple Automobile Reversing Radar
- Item 5 Chapter test
- Item 6: Temperature Detection
- Task 6.1: Temperature Detection of Ferrous Metallurgy Heating Furnace
- Task 6.2: Smart Marine Pasture Temperature Detection
- Task 6.3: Design of Infrared Forehead Thermometer
- Item 6 Chapter test
- Final exam
Taught by
Kingrose, mark, Jenny, Weidong Liu, Grace, LiangXiao, Liyantian, Mao Shupeng, Kelvin, and Lzm