Hillhouse Education Principal's Message
Hillhouse Education Classic Application Projects:
In addition to focusing on each student's writing and math skills, why have we consistently encouraged students to participate in Science Fairs for over two decades?
For nearly two decades, Hillhouse Education has consistently encouraged students to participate in Science Fairs to cultivate their "uniqueness, academic and intellectual depth, and social impact."
1. Recently, we have guided students to find areas of interest and create a "Science Fair research project" to demonstrate their academic ability, critical thinking, and problem-solving skills. In today's class, some students already showed promising ideas... some students have participated in competitions before, and some friends have also participated.
2. Expand the influence of research results and develop them into personal projects that solve real minor social problems.
The biggest drawback of doing research with professors and publishing papers is that the projects are set by the professor, and multiple students work on the same project, lacking personal distinctiveness.
In recent years, several companies have proactively sought cooperation with us, guaranteeing paper publication. I asked them in return, can you lead a Science Fair and guarantee awards? Do you see the fundamental difference?
In fact, it's true: almost all students who win major awards at Science Fairs are admitted to the best universities, although winning a major award is very difficult. Previously, in North America, high SAT scores and Science Fair finalists were the golden keys to high-paying jobs.
The mission of an educational planning company is to be able to transform and continuously improve students, cultivating well-rounded, healthy, and happy students.
This week, we officially launched the Science Fair course
Key Takeaways from This Class
1. Initial Understanding
Initial understanding of the overall framework and competition model of the Science Fair
2. Learn to Think
Learn how to transform everyday observations into scientific research questions
3. Solidify Foundation
Establish basic concepts of scientific research and experimental design
4. Enhance Thinking
Cultivate scientific thinking, critical thinking skills, and the habit of analyzing and judging based on evidence
Science Fair Course Summary
1. Introduction to the three categories of Science Fair projects
· Experiments
· Innovations / Engineering
· Studies
2. Analyze past award-winning project cases to understand the characteristics and judging criteria of different project categories.
Focus on discussing the two major categories: Science Experiments and Innovations / Engineering, and share how past award-winning students developed their research projects step-by-step from initial ideas.
3. Understand the core objectives of the Science Fair
Observe the world
Ask valuable questions
Design experiments
Use scientific methods to find answers
Analyze data
Use evidence rather than speculation for judgment
Complete the project independently
Independently complete a long-term project, and ultimately present your research results
4. Analyze past award-winning project cases to understand the characteristics and judging criteria of different project categories.
Guide students with various examples on how to observe phenomena, identify problems in daily life, and transform everyday curiosity into scientific research questions.
5. Learn what constitutes a qualified Science Fair research question.
a. Understand the four key characteristics of excellent scientific questions
i. Specific
ii. Testable
iii. Measurable
iv. Has Variables
6. Recognize common research fields in Science Fair
For each field, provide examples and analyze award-winning cases to help students explore their interested research directions and understand the Science Fair model.
○ Biology
○ Chemistry
○ Physics
○ Health & Medical Sciences
○ Environmental Science
○ Engineering
○ Computer Science & AI
○ Mathematics & Data Science
7. Learn important concepts in experimental design
○ Hypothesis
○ Independent Variable
○ Dependent Variable
○ Controlled Variable
○ Confounding Variable
○ Fair Test
○ Trials
○ Correlation
○ Causation
Understanding "Correlation does not equal Causation"
Summary
In this week's course, students learned about the three project categories of the Science Fair: Scientific Experiment, Innovation & Engineering, and Scientific Research, and understood the characteristics of excellent projects by analyzing past award-winning cases.
The class focused on how to identify problems in daily life and transform vague ideas into specific, testable, measurable, and variable-defined scientific questions.
Students also learned fundamental concepts of experimental design, including hypothesis, independent variables, dependent variables, and controlled variables, as well as the important scientific thinking principle that "correlation does not equal causation."
Through this course, students have established a preliminary framework for scientific research and have begun to develop the ability to analyze problems using evidence, data, and logical reasoning.
Hillhouse
For more information, please click on the links below:
Hillhouse Gold Medal Teacher Kevin's Core Science Fair Course
Review of High-Value Competition Research Achievements, Guaranteeing Entry into Top 30 Universities
Congratulations to Hillhouse Students for Winning Top 30 in Physics Bowl Globally
