DeepSeek-Powered Digital-Intelligent Education Platform by DP Technology and Wuhan University Files Prospectus

Mar 07, 2025 17:45 CST Updated 17:45

DP Technology

Simulation R&D Platform Developer

Technical Base and Innovation Momentum:

Wuhan University Digital Intelligence Education Practice Innovation

Platform Construction History

Recently, Wuhan University's Digital Intelligence Education Practice Innovation Platform has been fully integrated with the DeepSeek series of large models, achieving a seamless connection between "infrastructure + intelligent engine" to further provide advanced AI tools for teachers and students.

In September 2024, to support Wuhan University in meeting the new demands of creating an innovative digital intelligence education practice, and to implement the advanced concepts of "five-in-one," "four genuine calculations," and "three-education integration" in digital intelligence education practice, DP Technology customized the Wuhan University Digital Intelligence Education Practice Innovation Platform (link: https://aipractice.whu.edu.cn) for Wuhan University. The platform has already released over 40 courses, more than 2,000 AI Notes, serving thousands of teachers and students, and establishing an AI teaching and training base that covers all digital intelligence disciplines.

Figure 1: Wuhan University Practical Innovation Platform DeepSeek Large Model Invocation Interface

Reconstruction of Teaching Scenarios:

Digital Intelligence Education Practice Innovation Platform

Deep Integration with Deepseek

By integrating DP Technology's advanced AI4S concept, teachers and students can change the original learning paradigm and mindset in the practice of digital intelligence education innovation. They can truly complete graphic-text teaching, code training, scientific research competitions, and scientific computing on a single platform, achieving an integration of learning and practicing as well as an integration of research and study, thus completing AI’s transformation of production relations.

At the same time, this DeepSeek large model has been deeply integrated into the entire teaching process, bringing breakthrough changes through technological integration:

1. The Interactive Learning Logic of AI Note:In the editing and distribution of AI Note, the integration of DeepSeek model's code generation and visualization capabilities transforms traditional abstract theories (such as gradient descent) into real-time executable code examples. This immediate closed loop of "theory → practice → feedback" addresses the disconnection between knowledge absorption and application in traditional teaching.

2. Lolo, the AI teaching assistant that understands teachers' and students' needs better:By deeply coupling the DeepSeek model with internal data such as course practice content and feedback on homework assignments, a dynamic learning profile for students is constructed, enabling each teacher and student to receive intelligent assistant Q&A services that combine domain expertise with individual adaptability. This guides students through a complete cognitive training and enhancement loop of "problem discovery-independent inquiry-cognitive reconstruction."

Notably, the Digital Intelligence Education Practice Innovation Platform co-built by Wuhan University and DP Technology is based on DP Technology's Bohr.®The space station is built. DP Technology has introduced the DeepSeek large model service based on the existing digital intelligence courses, code training, and scientific research competition functions. At the same time, it further integrates "reading + computing" to create an AI teaching intensive innovation paradigm that combines learning and practice as well as research and study.

Figure 2: Research Assistant Connected to DeepSeek

3. "Read", AI Scientific Navigation Knowledge Base:Bohr®The space station boasts 160 million literature resources. With the help of DeepSeek's natural language processing technology, AI can quickly analyze a vast amount of literature, extract key information, and generate summaries, providing users with powerful AI-driven paper search capabilities. This helps researchers quickly locate relevant studies and avoid redundant efforts. Additionally, the system accurately recommends related literature and cutting-edge research directions based on users' research interests, significantly improving the efficiency of literature review. Overall, Bohr Literature Knowledge Base achieves a complete closed loop from search, recommendation, and reading to analysis and management, comprehensively supporting efficient research and providing strong assistance to researchers.

Figure 3: AI Science Navigation

4. "Calculation", AI Intelligent Computing Power Platform:Bohr®The space station builds an intelligent platform covering the entire scientific research process, fully integrating cloud computing resources, algorithm models, experimental data, and professional databases, and pre-configuring a rich AI for Science application matrix to achieve an "out-of-the-box" research experience.

Figure 4: Bohr® Computing Base — Lebesgue Advanced Computing Power Scheduling Platform

At the same time, the platform innovatively adopts the app store square model, providing an interactive development interface and full-cycle management services. Developers can quickly build AI4S applications through standardized modules, and in typical scenarios, a prototype can be completed in just five minutes.This "ready-to-use" scientific research ecosystem effectively shortens the path of technology transfer, helps researchers break free from technical constraints, focus on core innovation, and unleash the unlimited potential of cutting-edge scientific research.

Figure 5: Scientific Research Application Plaza

Bohr® Space Station, with the core of "Reading + Computing" deep integration, incorporates advanced large models and collaborates with multiple universities to explore and create a new paradigm for intelligent scientific research in higher education. Through the systematic integration of advanced technology and research scenarios, the platform builds a complete innovation chain from knowledge acquisition to technology implementation, significantly improving research efficiency and interdisciplinary collaboration capabilities. The intelligent tool ecosystem not only lowers the threshold for scientific research but also empowers teachers and students to focus on core innovation, promoting the deep coupling of cutting-edge exploration and talent cultivation. Currently, it has provided rich services to more than 500,000 users. In the future, we will continue to improve our AI for Science-based product and service systems, providing strategic support for high-quality development in education and scientific research, and assisting China's research ecosystem in moving towards a higher level of sustainable development path.

About DP Technology

DP Technology is globallyAIFor Science Leaders, AI for Science means using AI to learn a series of scientific principles and knowledge, and further solve key problems in scientific research and industrial R&D fields.

Relying on deep cultivation in the field of interdisciplinary research, DP Technology has built the "Deep Potential·Universe" AI for Science large model system, further addressing key issues in scientific research and industrial development, and bringing research methods across numerous disciplines from the "trial-and-error/experimentation" era into the "Pre-trained ModelThe "era" has formed the "innovation-implementation" chain and open ecosystem of AI for Science, built micro-scale industrial infrastructure based on AI for Science, empowered "thousands of industries," and created a new generation of industrial R&D systems for the most fundamental biomedical, energy, materials, and information science and engineering research in human economic development.

DP Technology is a national high-tech enterprise in China.Specialized, Precise, Unique, and Innovative"Little Giant" enterprises have set up R&D centers in cities such as Beijing, Shanghai, and Shenzhen.The scientific research and technology team is led by an academician of the Chinese Academy of Sciences, bringing together over a hundred outstanding young scientists and engineers from various fields such as mathematics, physics, chemistry, biology, materials, and computer science. Among the company's members, more than 35% hold doctoral or postdoctoral degrees.Core members have won the 2020 Gordon Bell Prize, the highest award in the field of global high-performance computing, and their related work was selected as one of China's top ten scientific and technological advances in 2020 and one of the ten major technological breakthroughs in the global AI field.