Course Content:

• AIGC Overview and Application: The course will introduce the basic concepts of AIGC (artificial intelligence generated content), including its application in filmmaking. Students will learn how to use AI technology to generate scripts, characters, scenes, animations and other content, and understand how AI changes the traditional filmmaking process and improves creativity and production efficiency.
• AI Script Generation and Plot Design: Students will learn how to use AIGC tools to generate movie scripts and understand the role of AI in plot design. The instructor will guide students to use AI to generate creative plots by setting situations, roles and themes, and explore how to integrate personal creativity with AI’s generation capabilities in movies.
• Teamwork and Filmmaking: Students will work in groups to use AIGC technology to make a short film or movie trailer. Each group will divide the work to complete tasks such as script writing, visual design, animation production and post-processing. Through cooperation, students will explore the application of AI technology in all aspects of filmmaking and improve teamwork and project management capabilities.

Course Features:

• Elite bilingual teaching from Singapore’s prestigious schools
• Taught by researchers and tutors from the National University of Singapore
• Certification from Singapore’s top educational institutions

Course Content:

• 3D Printing Technology Basics: Students will learn the basic principles of 3D printing, including different types of 3D printing technology, material selection, modeling software, and detailed steps of the printing process.
• Innovative Applications: The wide application of 3D printing technology in various industries, such as medical, aerospace, architecture, education, and art, will be explored. Students will learn how 3D printing promotes technological innovation through actual cases, think about its unlimited potential in future industries, and explore how to apply this technology to innovate in different fields.
• Printing and Production: Students will personally operate 3D printers to print out the models they designed. This session will cover the preparations before printing, matters that need to be paid attention to during printing, and how to handle and assemble the printed parts.

Course Features:

• Elite bilingual teaching from Singapore’s prestigious schools
• Taught by researchers and tutors from the National University of Singapore
• Certification from Singapore’s top educational institutions

Course Content:

• Analytical Chemistry in Life: The course will focus on practical problems in daily life, such as food safety. Students will learn the basic knowledge and skills of analytical chemistry in the process of solving these problems.
• Interdisciplinary Comprehensive Learning: The course is not limited to chemistry, but also combines related subjects such as mathematics and physics. Students will use mathematical tools in the process of analyzing experimental data and explore the application of science and technology in other fields. Through interdisciplinary learning, students can expand their knowledge, understand the connection between different subjects, and stimulate their broad interest in the STEM field.
• Hands-on Experiments and Practical Experiences: Students will personally operate experimental instruments and conduct “chemical detective”-style experimental tasks. The course arranges a series of pH detection experiments, in which students will learn to use chemical analysis methods and cultivate their scientific analysis capabilities.

Course Features:

• Elite bilingual teaching from Singapore’s prestigious schools
• Taught by researchers and tutors from the National University of Singapore
• Certification from Singapore’s top educational institutions

Course Content:

• Overview of Biorhythms and Respiratory Mechanisms: Students will be introduced to the respiratory mechanism of mealworms and the basic principles of biorhythms.
• Application of Biotechnology: Students will explore how the study of biorhythms and respiratory rates can be applied to a wider range of biotechnology fields, such as ecological monitoring and biological adaptability research. Students will be encouraged to think about how to apply these principles to solve real-world problems and stimulate their thinking in the field of biotechnology.
• Experimental Design and Hands-on Operation: Students will be guided to design controlled experiments with controlled variables to measure the respiratory rate of mealworms by setting different environmental conditions. Students will personally operate environmental indicator measuring instruments to measure the respiratory rate of mealworms under different conditions.
• Data Processing and Visualization: Students will convert the data obtained from the experiment into concrete points and use scientific drawing tools to draw a curve chart showing the changes in respiratory rate with environmental variables. Through this data visualization process, students will be able to clearly see the trend of changes in the respiratory rate of mealworms under different environmental conditions.

Course Features:

• Elite bilingual teaching from Singapore’s prestigious schools
• Taught by researchers and tutors from the National University of Singapore
• Certification from Singapore’s top educational institutions

Course Content:

• Overview of the Ecology and Design of Gardens by the Bay: Students will first learn the design background of Singapore’s Gardens by the Bay and understand its unique significance as a symbol of green urban design. The course will detail the sustainable development concept, ecological innovation technology and harmonious relationship with the natural environment in the garden.
• Design and Function of Supertree: Students will explore the design concept of the iconic building “Supertree” of Gardens by the Bay in depth. These vertical gardens are not only a model of architectural art, but also integrate green technologies such as solar panels, rainwater collection and air purification. Students will learn how Supertree finds a balance between functionality and aesthetics, providing inspiration for environmentally friendly buildings in future cities.
• Build Supertree Model: In the hands-on practice session, students will work in groups to build a model of Supertree using renewable materials. By simulating the structural design of Supertree, students will understand how to build a green ecosystem in a limited space, and use creativity and engineering skills to create their own future ecological buildings.

Course Features:

• Green technology experience and Supertree construction
• Taught by a Singapore registered first-class builder
• Certification from Singapore’s top educational institutions

Course Content:

• Principles of Future Transportation Design: Students will learn the core design principles of future transportation, such as aerodynamics, energy efficiency, and intelligent systems. By studying driverless cars, aircraft, and smart public transportation systems, students will gain a deeper understanding of how to optimize the performance and safety of transportation.
• Intelligent Transportation Systems and Urban Development: The course will explore the role of intelligent transportation systems in future cities and analyze how to improve the efficiency and sustainability of urban transportation through big data and Internet of Things technologies. Students will understand how intelligent transportation can reduce congestion, improve travel convenience, and affect urban planning.
• Green Travel and Sustainable Development: Focusing on low-carbon and environmentally friendly transportation design, students will discuss the positive impact of green travel on the environment.
• Interactive Session: Amphibious Vehicle Construction: In the hands-on practice session, students will design and build an amphibious vehicle model, applying the design principles and environmental protection concepts learned in the course. Students will experience firsthand how to solve future transportation challenges and learn to balance functionality, design, and environmental protection needs in actual operations.

Course Features:

• Elite bilingual teaching from Singapore’s prestigious schools
• Taught by researchers and tutors from the National University of Singapore
• Certification from Singapore’s top educational institutions