This winter vacation, a new star in the AI world is rising. The DeepSeek craze is sweeping across the Internet. Shenyang Institute of Technology took immediate action, witnessing the "Shenyang Institute of Technology speed" once again.
When artificial intelligence meets Shenyang Institute of Technology, what subversive changes will the customized DeepSeek bring?
Recently, our university has reached a strategic cooperation with Huawei Technologies Co., Ltd. Based on Huawei's Ascend AI basic software and hardware platform, we will deploy the DeepSeek artificial intelligence model locally on campus to create a new smart education ecosystem. Taking Huawei's Ascend AI servers as the core computing power base, we will give full play to their technological advantages of high performance, high compatibility, and self - controllability. We will build an intelligent education model system covering all majors in the university, comprehensively empowering core scenarios such as teaching, answering questions, and assessment, and providing personalized and intelligent teaching services for teachers and students. This cooperation marks a milestone for our university in the field of "artificial intelligence + education", injecting new momentum into deepening the integration of industry and education and promoting the digital education strategy.
The DeepSeek deployed locally on campus is more focused on educational scenarios, emphasizing functional customization, data security, and system integration. It has obvious advantages in academic professionalism, customized functions, and user experience. The model is based on the university's talent cultivation plan, materials of various courses, the actual teaching situations of different majors, high - quality academic data such as papers and research reports, expert knowledge, computing resources, etc., to more accurately meet the needs of teachers and students. The university will set up a DeepSeek module in the Shenyang Institute of Technology Smart Campus APP to make it more convenient for teachers and students to use. The feedback provided by teachers and students during actual use will help the model continuously iterate and optimize to better adapt to educational scenarios. The high - performance Huawei Ascend AI servers provide powerful computing power support for the training and optimization of the model.
Smart teaching facilitates students' autonomous learning:
Based on the curriculum model, the system can generate personalized learning paths for students, provide accurate learning suggestions, and abundant learning resources. Students can independently choose learning content according to their own learning progress and interests, achieving "teaching students in accordance with their aptitudes" and "learning on demand".
Intelligent Q&A, solving learning problems in real - time:
Students can interact with the system through natural language and get timely and accurate answers to their questions. The system can also recommend relevant learning materials and exercises according to students' learning situations, helping students consolidate knowledge and improve learning efficiency.
Intelligent testing, accurately evaluating learning effects:
The system can automatically generate personalized test questions according to students' learning progress and mastery, and conduct real - time analysis and feedback on students' answering situations, helping students timely identify and fill in knowledge gaps and adjust their learning strategies.
This cooperation is also a beneficial exploration for the school to deepen the integration of industry and education and cultivate applied - oriented talents. The school will rely on the Huawei Ascend AI platform and the DeepSeek model to offer AI - related courses and build AI laboratories, providing students with a practical teaching platform to cultivate applied - oriented talents with AI literacy and application capabilities.
The Huawei Ascend series of AI processors and full - stack computing platforms are innovative infrastructures for the AI era. Based on the self - developed Da Vinci architecture, Ascend has core advantages such as high performance, high energy efficiency, and full - scene coverage, providing powerful computing power support for deep learning, model training, and inference. As a leader in domestic AI chips, the Ascend platform not only meets the requirements for processing complex AI tasks, but also, through its open ecosystem and full - stack toolchain, empowers universities to create a secure and controllable local AI teaching and research environment. Its flexible deployment capabilities and software - hardware collaborative optimization features will help our school's teachers and students to efficiently conduct AI algorithm research, industry application development, and interdisciplinary innovation practices, providing a solid technical foundation for the cultivation of self - controllable AI talents.
As a leading general - purpose large - language model in China, DeepSeek, with its outstanding natural language understanding, multimodal interaction, and knowledge reasoning capabilities, offers a new paradigm for the intelligent transformation of educational scenarios. Based on massive data pre - training and continuous optimization, this model supports flexible scenario adaptation and lightweight fine - tuning, and can be deeply integrated into aspects such as teaching management, research assistance, and personalized learning. Through deep integration with Huawei Ascend's computing power, our school will build an efficient and stable local deployment solution for large - language models, achieving a dual improvement in model training efficiency and reasoning accuracy. The technical collaboration between the two parties not only injects a core driving force into the development of AI courses and the construction of practical training platforms, but also promotes the precise alignment of educational innovation with industrial demands, enabling teachers and students to explore the infinite possibilities of cutting - edge AI technologies and cross - field applications.
Translated by Basic Courses Department
