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Build Your Own Supertree in Gardens by the Bay
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
$120.00 -
Crafting Sustainable Cities of the Future
Course Content:
- Conception of Future Cities: The lecturer will introduce the basic principles of modern urban planning and the trends of future urban design. The lecturer will also use case analysis to show the innovative practices of different cities around the world in energy utilization, smart transportation and green buildings, helping students to form their own urban concepts.
- Model Material and Tool Selection: Before hands-on practice, the lecturer will introduce in detail the characteristics and uses of different materials, such as foam board, wood, plastic, LED lights, etc. The lecturer will explain how to choose materials suitable for your design and demonstrate how to use tools to cut, assemble and fix model materials, while encouraging students to improve the environmental protection and sustainability of the model through resource management.
- Hands-on Model Making and Cooperation: Students will build their own future city models. The lecturer will provide technical support throughout the modeling process to help students solve challenges in structure, balance or aesthetics. The lecturer will also guide students on how to divide and coordinate work in teamwork, and provide them with some methods to optimize the design, such as how to use space and how to use energy efficiently.
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
$120.00 -
Design an Energy-Efficient Green City
Course Content:
- Types and Characteristics of Renewable Energy: Students will learn about the working principles and characteristics of major renewable energy sources such as solar energy, wind energy, and geothermal energy. The course will explain in detail how these energy sources are converted into electricity through natural forces, as well as their respective advantages and limitations, to help students fully understand the potential of renewable energy.
- Application and Impact of Renewable Energy: By analyzing multiple real cases around the world, students will explore the application scenarios of renewable energy in future cities. The course will focus on how these new energy sources play a role in urban power supply systems, how to reduce carbon emissions, improve energy efficiency, and their positive impact on the future environment and society.
- Experimental Session Magnetic Levitation Model Assembly and Application Experience: In the experimental part, the teacher will lead students to use foam boards, plastic tracks and magnets to assemble a small foam board car model according to the principle of magnetic levitation. Through the first test and debugging, students will ensure that the model can run smoothly on the track.
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
$120.00 -
Experience the Fusion of Art and Science
Course Content:
- Introduction to the Venue and Architectural Overview: Students will learn about the unique design background of the ArtScience Museum. The instructor will introduce the museum’s design concept, structural features, and the symbolic meaning of its “lotus” shape in detail, and discuss the combination of architecture and natural elements to create a futuristic visual effect.
- Field Observation and Architectural Analysis: Through on-site observation, students will experience the structure, materials, and spatial layout of the museum. The course will help students understand the mystery of the combination of functionality and artistry of architecture, and inspire them to think about innovations in future architectural design.
- Art Painting Practice: Students will use the architectural knowledge they have learned to draw the ArtScience Museum. The instructor will guide students to observe the building from different angles, and help them capture the unique form and details of the building, and express their understanding of the building through painting.
Course Features:
- Field learning and painting practice
- Taught by a Singapore registered first-class builder
- Certification from Singapore’s top educational institutions
$120.00 -
Explore Future Mobility and Design Green Travel
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
$120.00