The digital economy has become a major engine of global economic growth, with a compound annual growth rate of 9.2%. However, it is estimated that by 2025, the shortage of talent with a mastery of digital and intelligent technologies (also known as ICT talent) will reach 60 million. Information and communication technology (ICT) talent plays an increasingly important role in fields such as big data, “Internet+”, and artificial intelligence (AI).
Wind Li, vice-president of Huawei and CEO of the Global Public Sector at Huawei, says: “China will need 20 million more talent in the future to support different industries in digital development.” To help universities cultivate digital talent that adapts to industry development, Huawei has created an innovative “all-scenario 1+3” solution based on “AI+ education” (where 1 refers to ICT talent training and 3 refers to smart school campus, smart classroom, and scientific research computing) to help fully bridge the gaps in digital talent cultivation.
ICT talent training: Building a one-stop training platform
To facilitate the cultivation of high-quality digital talent, Huawei actively cooperates with universities and enterprises. Based on its advantages in ICTs and industry accumulation, Huawei provides a one-stop digital talent development platform to provide diversified teaching resources and training tools, helping universities around the world cultivate digital talent.
Currently, Huawei has more than 1,300 trainers, 31 local training centres, and three global training centres. Over 3000 practice-oriented courses are developed for 22 technical directions, helping trainees quickly master the latest technologies.
At the Prince of Songkla University, Thailand, Huawei deployed an innovative talent training platform and built training labs for six technology domains: datacom, wireless, cyber security, cloud service, AI, and IoT. This provides courses, real-device training environment, and training services for teachers and students, together with a series of Huawei Certificate programmes, including Huawei Certified ICT Associate (HCIA), Huawei Certified ICT Professional (HCIP), and Huawei Certified ICT Expert (HCIE).
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Meanwhile, Tunisia is vigorously promoting digital transformation, and the demand for digital talent keeps rising. By 2023, Huawei had signed ICT Academy agreements with 68 universities and colleges in Tunisia. More than 7,600 students have attended Huawei’s training courses, and over 750 of them have obtained Huawei certificates.
Smart School Campus: Eliminating data silos to achieve ubiquitous learning
To address the challenges that universities faced in network infrastructure construction, Huawei released the Intelligent School Network Solution. Based on the Xinghe AI Smart Campus Network and F5G All-Optical Campus Network, this solution builds an all-optical, fully-connected, and fully-intelligent campus network, establishing a network environment where everyone can learn anytime and anywhere.
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In September 2024, Huawei and University of Shanghai for Science and Technology (USST) collaborated to create a smart campus exhibition centre that showcases advanced practices and serves as a model for smart campus construction in China and beyond. To build an all-digital intelligent university, USST focuses on two main aspects of data and application scenario, and works with Huawei to promote the implementation of “one-network service handling”, “one-network management”, and “one-network smooth learning”, thoroughly boosting management efficiency and service level.
Smart Classroom 3.0: More accurate teaching and more efficient learning
To adapt to the continuous development of smart teaching, classrooms are becoming more digital and intelligent. Huawei Smart Classroom 3.0 implements flexible, personalised teaching and precise, efficient teaching management, facilitating intelligent teaching throughout the process.
Ningxia University adopts the Huawei Smart Classroom 3.0 Solution to build 300 modern smart classrooms, which can implement hybrid learning, high-quality teaching resource sharing, self-learning, and personalised teaching. During the class, teachers and students can interact via smart devices at any time. They can scan the QR code with their mobile phones to save the notes. With AI algorithms, teachers and students can extract keywords and key abstracts to form a video knowledge base that can be queried, greatly improving the learning experience.
Scientific Research Computing: Promoting first-class discipline construction and research innovation
In the field of education and scientific research, the construction of first-class disciplines and research innovation are challenging for many teachers and administrators. As a Chinese saying goes, a craftsman must sharpen his tools to do his job. To tackle these challenges, Huawei dives deep into computing and helps universities output and convert research findings with its operation supporting services.
With Huawei’s high-performance computing solution, Lanzhou University has built China’s first HPC platform that supports large-scale container deployment. Thanks to this platform, the supercomputing centre of Lanzhou University has provided research support for many research domains and more than 300 research projects.
Dive into digital: Boosting new engines for economic growth
As Li points out, digital technologies are evolving every day. One must keep on learning new technologies to be prepared for the ever-changing future. Huawei will continue to explore digital technologies and leverage industry resources to build a cradle for digital talent cultivation. By building a smart teaching environment, a unified digital management platform, and a scientific research computing platform, Huawei will help cultivate ICT talent, promote industry-academia collaboration, and propel high-quality development of the digital economy.