( June 26, 2015, Harbin ) The 2015 Texas Instruments Educator's Tour Lecture, which lasted more than two months and covered 15 cities across the country, ended in Harbin yesterday. This tour lecture is TI's technical training seminar for educators again. It aims to provide the industry's latest technology to educators who are engaged in microcontroller, analog and wireless technologies, and to provide the most comprehensive technology for curriculum innovation and technology research and development. stand by. Dr. Wang Chengning, Director of Planning Department of TI China University, and experts in TI's simulation and embedded technology, introduced TI's latest analog, single-chip and wireless technologies to university teachers, exchanged ideas on teaching reform, and provided teaching and research for college teachers. Strong technical support.
Figure 1: Dr. Wang Chengning, Director of Planning Department, TI China University
The TI China Educator Tour Lecture was officially launched on April 16th, spanning 15 cities including Wuhan, Hangzhou, Nanjing, Shanghai, Beijing, Tianjin, Chengdu, Chongqing, Guangzhou, Guilin, Qingdao, Xiamen, Xi'an, Dalian and Harbin. College teachers from thousands of electronic engineering disciplines from more than 300 colleges and universities across the country participated. As an important part of TI's China University program, the TI China Educator's Lecture Series brings TI's high-performance analog and microprocessor electronic system design comprehensive teaching solutions to university teachers, analog power and digital power solutions developed for universities, and TI University IoT Experimental Solutions. In addition, the tour lecture also arranged a hands-on experiment session based on the CC3200Wifi development kit and the PMLK PRO power management experiment suite for the participating university teachers. Through a series of live demonstrations and Q&A interactive activities, the teachers were helped to quickly grasp the latest. Development tools to improve teaching and research capabilities. Representatives from TI's third-party partner companies also presented a number of teaching and experimental suites to support the development of innovative experimental teaching courses in universities.
Figure 2: TI CC3200 Pocket Experiment Board
Figure 3: TI PMLK PRO Power Management Lab Kit
The CC3200 chip in the CC3200 Wi-Fi Development Kit is the industry's first single-chip processor with built-in Wi-Fi capability. The chip was developed for IoT applications. The PMLK PRO Power Management Lab Kit helps students get started with low-power, non-isolated DC/DC power supplies.
Figure 4: TI China Educator Tour Lecture Venue
Mr. Qi Yu, a senior engineer from the Electronic Practice Base of the Basic Industrial Training Center of Tsinghua University, said: “The TI China University Program is one of the world's leading semiconductor companies to start university programs in colleges and universities. Its coverage and development are not only helpful. College teachers and students quickly master the most cutting-edge technologies in the industry, and also provide a good communication and sharing platform for teachers to deepen teaching reform, improve teaching and research capabilities, and cultivate students' innovative ability."
Dr. Wang Chengning said: "TI China University plans to combine production, study and research, and strive to shorten the gap between teaching and research and business development. By integrating practical science and technology into university courses, educators have the opportunity to apply TI's latest Tools, products, and solutions provide college students with more inspiring and value-based courses that enable students to acquire courses that are closer to real-world needs and help them become more creative engineers and innovators."
The university program is an extremely important part of TI's global strategy. Over the years, TI has spared no effort to promote the 'University Plan' on a global scale. Through the cradle of science and technology for universities, it has adopted a variety of means and measures to cultivate a large number of senior professionals who master the world's advanced technology. TI China University is scheduled to be officially launched in 1996. It consists of three parts: the Analog University Program, the MCU University Program, and the Digital Signal Processing (DSP) University Program. To date, TI has signed two 10-year plans with the Ministry of Education to establish more than 1,500 simulation laboratories, micro-control laboratories, digital signal processing laboratories, student innovation laboratories, and the Internet of Things in more than 600 universities in China. In the application labs of automotive electronics, digital power, solar energy, etc., more than 300,000 students receive TI technical training through joint laboratories, innovation activities, etc., and tens of thousands of students participate in various college student design competitions sponsored by TI. .
About Texas Instruments
Texas Instruments (TI) is a global semiconductor design and manufacturing company focused on analog IC and embedded processor development. TI has the world's top talent, innovation and shaping the future of the technology industry. Today, TI is working with more than 100,000 customers to build a better future.
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