Category: Education and Creativy
Area of Effect: Education
The World Assembly,
Aware of the fact that, to this point, young children in our schools have been undereducated on the topics of science, technology, engineering and mathematics as they apply to the real world.
Dissatisfied with the current educational system due to its lack of such classes.
Acknowledging the fact that STEM classes will significantly improve the chances that these children come up with a scientific breakthrough, or create life saving inventions later in life.
Further acknowledging that including specialized STEM classes in the curriculum will improve the overall quality of life and well-being of citizens who reside in member nations.
Hereby,
1. For the purpose of this resolution, STEM refers to science, technology, engineering and mathematics, however, the expectations for what is to be taught will be further specified.
2. Mandates that STEM classes be built into the curriculum of all elementary grades in staggered levels of advancement, with the earliest grades being taught the least advanced information and concepts, and the latest grades being taught the most advanced and complicated concepts.
3. Private elementary schools will not be excluded from these requirements and must follow the same guidelines set for all public institutions.
4. If a school’s religious views oppose the material taught within the scientific aspect of the STEM classes, or any aspect of the classes for that matter, the school is still required to teach these classes. This, however, does not at all mean that the religious values of a school are to be delegitimized in any shape or form, and all classes regarding religion shall be taught at the will of the administration of the school or nation.
5. Public schools are required to meet the standards set below:
A. Children are expected to be at some point taught the basics of mathematics, and later on, more developed concepts, they should also be taught movement mechanics, food chains, basic astronomical concepts, such as orbit, and electrical circuits. Specifically when this concepts are introduced to the children is up to the schools themselves.
B. Children are also required to take part in multiple hands-on experiments throughout the course of their elementary education. These experiments should include electrical circuits, chemical reactions, and plant growth. At what age these children take part in these experiments is up to the school itself.