SWR Helps Zhejiang Junior High School Science Digital Experiment Training Successfully Concluded Digital Experimental Instruments Praise
On June 25, a two-day digital experiment and application training for junior high school science in Zhejiang Province was carried out in full swing in Ningbo No. 4 Middle School. The event was sponsored by Ningbo Institute of Education and undertaken by Jiangsu SWR Technology Co., Ltd. More than 60 front-line backbone teachers from all over the province actively participated in the training.
Project Location：
Ningbo
Classification：
Application Projects
Project Introduction
On June 25, a two-day digital experiment and application training for junior high school science in Zhejiang Province was carried out in full swing in Ningbo No. 4 Middle School. The event was sponsored by Ningbo Institute of Education and undertaken by Jiangsu SWR Technology Co., Ltd. More than 60 front-line backbone teachers from all over the province actively participated in the training.
At the training meeting, the trainer of Jiangsu SWR Technology Co., Ltd. elaborated on the application of SWR digital experimental instruments and supporting software in experimental teaching, and explained the use of SWR digital experimental instruments and specific operation methods, demonstrates the law of buoyancy, photosynthesis, acid-base neutralization titration, the effect of catalyst on the decomposition rate of hydrogen peroxide, the reaction of metal and acid, digital flame measurement, determination of oxygen content in the air and other typical digital experiments of junior high school science.
The stormy weather can't stop the enthusiasm of teachers to participate in the training. The rain was pouring down, and it could not stop the teachers from learning. The teachers who participated in the training listened carefully, recorded carefully, actively did experiments, and the learning atmosphere was strong! During the two-day training, the teachers listened attentively and attentively to the trainer's explanation.
At the training site, the teachers gave great affirmation to the experimental instruments such as SWR intelligent digital experimental plate, digital flame measurement experimental device and photosynthesis experimental box.
"The intelligent digital experiment disc is embedded with 7 external sensor interfaces, which supports 7-channel parallel acquisition and is very convenient to use!"
"The digital flame measuring tester is equipped with double-layer wind shield, which can effectively avoid the interference of external airflow and ensure the relative stability of the flame. The position of the high-temperature probe can be adjusted flexibly, which can quickly find the position of the inner flame, the outer flame and the center of the flame, and save the experiment time!"
"The photosynthesis experiment box is equipped with multi-caliber hole plugs, which can be freely matched with multiple sensors to accurately measure a variety of physical quantities. The experimental phenomenon is obvious!"
After two days of study, the teachers had a strong interest in SWR's digital experimental instruments, rushed to try advanced equipment, and expressed their recognition of SWR's digital experimental instruments.
On June 26, Zhejiang junior high school science digital experiment and application training was successfully completed.
Although the weather is not beautiful, the enthusiasm of the teachers is very high. During the training process, everyone listened carefully, observed attentively, and actively operated the experiment. The teachers had a new understanding of the digital sensor: "The accurate measurement data of the digital sensor greatly improves the experimental efficiency, conforms to the modern teaching concept, and can better achieve the teaching goal."
In the future, SWR will continue to help more provinces and cities across the country to conduct digital experiments and application training, further improve teachers' digital experimental skills, and promote better and faster development of education.
7F, No.1 Building, Tianan Cyber Park, No.36 Yongfeng Road, Qinhuai District, Nanjing, China. (R&D centre)
No.306 Wenchang Road, Yongyang Street, Lishui Disctric, Nanjing, China. (Manufacturing base)
