Master the construction and analysis of complex mathematical models.

Learn to process and analyze complex data and apply it within mathematical modeling contexts.

Utilize modeling to solve real-world problems, understanding the application of non-linear, multivariate, discrete, optimization, dynamic, and probabilistic models.

Enhance students’ critical thinking and problem-solving skills within the realm of mathematical modeling.

Deepen SDG Understanding: Enable students to explore and engage deeply with the SDGs, selecting areas of personal interest for focused research and action.

Master Project Design & Execution: Develop students’ end-to-end capabilities, from conducting problem research to implementing action plans.

Enhance Data Analysis & Evaluation Skills: Equip students to assess project impact through research and data analysis, enabling them to propose informed improvements.

Presentation Skills: Improve students’ ability to articulate ideas clearly and concisely through multimedia presentations and formal report writing.

Master the Fundamentals: Gain a solid understanding of the Python programming language and its practical applications in game development.

Design and Build Interactive Games: Learn to conceptualize, design, and develop engaging games, incorporating essential elements such as user interfaces, animations, and sound effects.

Develop Strong Coding Practices: Acquire the ability to independently organize code, design effective functions, and create clean, efficient program structures.

Enhance Creativity and Skill Through Showcase: Utilize project presentations to refine creative expression and demonstrate advanced programming proficiency.

Understand and master the design principles and control methods for various wheeled robot chassis, enhancing your expertise in robot design and control.

Acquire the skills to integrate sensors into robots, enabling autonomous navigation and intelligent control.

Develop practical skills and innovative thinking by participating in robotics competitions, optimizing robot design and programming techniques.

Gain a comprehensive understanding of VEX V5 hardware components and confidently utilize the VEXcode V5 programming software.

Explore fundamental robotic design patterns and structures, cultivating essential computational thinking, programming proficiency, and systematic problem-solving approaches.

Acquire a solid understanding of VEX competition rules, preparing them effectively for future competitive robotics endeavors.

Master fundamental knowledge of cells and microorganisms.

Gain practical understanding of the structure and function of cells and microorganisms through experimentation.

Learn the basic principles of biotechnology and its applications.

Gain an in-depth understanding of DNA structure and function, mastering the core principles of gene expression and regulation.

Learn and apply molecular biology techniques, such as PCR and gene cloning.

Explore the roles of genetic mutations and genetic engineering in biology and medicine.

SolidWorks Proficiency: Master the basics of SolidWorks operation and 3D modeling skills, enabling the design and modification of complex mechanical structure models.

Fabrication Readiness: Learn to optimize designs for 3D printing and laser cutting, and acquire the necessary operational skills.

Practical Project Application: Through a hands-on project, students will design, fabricate, and assemble a mechanical structure similar to an engine, thereby understanding the fundamental principles of mechanical design.

Presentation and Feedback: In the showcase and review sessions, students will learn to articulate and present their design work, using feedback to refine their design and fabrication abilities.

Master the techniques for creating complex 3D models, enabling the design and editing of highly detailed objects and character models.

Enhance the visual impact of 3D works by mastering lighting and rendering techniques, creating realistic scene effects.

Learn to use keyframe animation, skeletal rigging, and dynamic simulation to produce fluid, natural character animations and physical effects.

Complete a full 3D animated short film project, from initial concept to final presentation, developing comprehensive design and production capabilities.

Master the foundational physics concepts related to force and motion.

Learn to effectively use Phyphox software for collecting and analyzing data in physics experiments.

Understand and apply core physical principles, such as Newton’s Laws of Motion and the Law of Conservation of Energy.

Grasp the fundamental concepts of embedded systems circuit design and understand its significance in practical applications.

Acquire proficiency in using professional integrated circuit design software for schematic capture and PCB layout.

Develop the ability to independently fabricate, solder, and debug circuit boards, achieving basic functionalities of an embedded system.

Enhance comprehensive design capabilities and problem-solving skills through creative project presentations.