The 2nd NOIC Science Exhibition: Rocket Launch, Experimental Exploration, and Exciting Science Journey!
On February 20th, the 2nd NOIC Science Exhibition was successfully held! This exhibition covers multiple disciplines such as computer science, chemistry, physics, mathematics, and biology. Students have carefully prepared and showcased a series of creative experimental projects, allowing science to shine in practice!
One of the highlights of this exhibition is the rocket experiment made by students themselves. After multiple rounds of debugging and optimization, they successfully completed the rocket launch on the school's backyard playground! The rocket flew hundreds of meters, exceeding everyone's expectations, and the teachers and students on site witnessed this exciting moment together. This is not only an experimental demonstration, but also a perfect interpretation of the spirit of scientific exploration!
Exciting experiments, uncovering scientific mysteries!
In addition to rocket manufacturing, the exhibition also includes multiple projects such as computer vision applications, chemical reaction experiments, exploration of electromagnetic phenomena, and mathematical modeling. The students not only hands-on operated the experiment, but also patiently explained the scientific principles to the teachers and guests, demonstrating solid academic literacy and excellent practical ability.
In this academic selection, NOIC specially selected the best projects for disciplines such as biology, chemistry, computer science, physics, and mathematics, and presented awards to recognize outstanding students in various fields. These award winners stand out in competitions and classroom learning with their solid academic abilities, innovative thinking, and outstanding performance, showcasing NOIC's academic style!
Science illuminates the future, innovation leads growth!
This science and mathematics exhibition is not only an academic exchange, but also a learning feast full of interaction and exploration spirit. Students have received comprehensive training in experimental design, problem-solving, teamwork, and communication expression, allowing knowledge to not only stay in books but also take root and sprout in practice.