Fudan 5-Day 4-Night AI Technology Camp: Opening the Door to an Intelligent Future!
Tailor-Made for High School Students
Is your child curious about artificial intelligence? Do they wish to experience a fascinating journey of cutting-edge technology at Fudan University? Encourage them to join our 5-Day 4-Night AI Technology Camp! Here, top university resources and cutting-edge AI technologies collide, offering high school students an extraordinary technological feast!
Course Highlights
Top University R&D: The course is developed by Fudan University AI experts, combining theoretical knowledge with practical operations. Through project research and various methods, students will explore the mysterious world of AI from all angles.
Hands-On Professional Equipment: Students will operate professional-grade computing equipment, experiencing the powerful synergy of computing power and data. They will go through a transformation from technical understanding to practical creation. Here, they will learn about the critical role of computing power in the field of AI, observe the classic AI model training process, see how upgrades enhance image recognition accuracy, and complete handwriting recognition and game AI training challenges under the guidance of instructors.
Delving into the Core of Large Models: We will unveil the mysteries of large language models, covering model frameworks and application development processes, mastering prompt engineering techniques. Through practical training, students will generate precise summaries in social studies, complete project reports and experiments, and create personalized learning tools to assist in science study.
Exploring Data and Experiments: Unlock the methods for accessing authoritative public databases, transforming into a "data detective." Students will use AI for real-world projects such as air quality prediction and noise mapping. They will master core skills like descriptive statistics, correlation analysis, time series forecasting, and produce reports that meet academic standards. They will reconstruct classical experimental paradigms with AI assistance, learn research methodology, design controlled experiments, quantify data, and train AI to assess discrepancies between experimental groups, gaining valuable experience for science and technology competitions.
Practical Projects
Innovation Practice Experience: Engage in practical projects such as smart homes and smart cities, mastering the basics of hardware programming and Internet of Things (IoT) technology logic. Through debugging sensors and optimizing algorithms, students will cultivate engineering thinking and learn to use data to solve real-world problems. By designing product solutions and writing business plans, they will enhance their knowledge and market insight, persuading judges with visualized data in simulated roadshows to ignite technological entrepreneurship potential.
Creative IP Development: Learn to design an independent IP image using AI tools, assigning characters unique voices through voice synthesis technology, and develop artistic creativity and aesthetic ability. In planning virtual idol talent shows, formulating communication strategies, designing fan interactions, and creating monetization plans, students will hone their skills in business planning and resource integration. The final presentation will see them act as IP agents, showcasing their commercial thinking through storytelling, culminating in their innovation capabilities.
Learning Visits
Integrated Circuit Innovation Hall Exploration: Begin exploring the journey of chips through physical displays and interactions, vividly restoring the grand process of chip manufacturing. Students will gain firsthand experience with wafers, learn how silicon chips achieve precise nano-scale circuit engraving through lithography, and see the microscopic world of 5nm chips under a microscope, revealing the secrets of billions of transistors working in unison. The historical corridor of chips will allow them to reflect on the evolution from the invention of transistors to breakthroughs in AI chips, inspiring awe and thought about technological development.
Beidou Satellite Application Hall Revealed: Visit various precision devices and products and learn about the global status and importance of the Beidou Satellite Navigation System. Discover how the Beidou system serves national economic development and people’s lives, as well as its achievements in international cooperation. Examine Beidou satellite models, understand their evolution and design structures, and observe the precision autonomous driving systems for agricultural vehicles, witnessing Beidou technology’s applications in agriculture and the development journey of China’s Beidou.
Course Features
The course will focus on the Beidou satellite, delving into its composition, types, functions, and eight major applications, including military and civilian uses. Students will learn about the Beidou development history, comparing it with other satellite navigation systems like GPS and Galileo, as well as the generational leaps of the Beidou system. Through satellite design courses, they will understand satellite structural principles, internal design, and focus on applications of low Earth orbit satellites and Beidou satellites, integrating knowledge from geography and space science while completing their own Beidou satellite models.
Living Arrangements
Meals will feature two meat and two vegetarian dishes, providing nutritious options while satisfying taste buds. Accommodation consists of standard rooms within Fudan University, spacious and equipped with private bathrooms, ensuring cleanliness and a focus on student comfort. Transportation will be via luxury buses with scheduled departures, ensuring safe and comfortable travel for students.
This is an unmissable AI technology feast! Here, students will acquire knowledge, stimulate creativity, and cultivate skills, laying a solid foundation for future development. Let your child join us and explore the infinite possibilities of intelligent technology together!