A technique is a method of completing a task or carrying out an action. In science, a “technique” is a careful way of obtaining scientific information. And this is what science fairs help to do. Science fairs allow students of all grade levels to learn more using various techniques. It will enable students to conduct original scientific research and create creative projects.
Students participating in science fair projects almost always agree that they enjoy project-based learning. Their Science Fair project work enables them to explore their science knowledge beyond the classroom. It also allows them to go deep into science topics that interest them.
Regional Science Fairs
The school is the usual venue for Science fairs. Also, it can be on the district, regional, national, and international levels. The regional science fairs allow students in grades 4–12 to develop unique science projects. These happen at different levels of competition. It is to decide the winners or finalists.
Afterward, the finalists from the regional science fairs receive invitations to compete in the national fair. They spend a week socializing and competing. Moreover, they also participate in scientific tours and cultural activities. They also get a chance to attend workshops. The national science fair is primarily the Youth Science Canada showcase event. It is Canada’s largest non-academic youth science and technology fair. Every year, they choose over a hundred young scientists to compete in the national fair.
These students came out on top of over 100 regional science and technology fairs. These fairs take place across the country. Some students even go on to compete in international science fairs. The national science fair usually happens in May in Ottawa, Ontario. Additionally, other major international science fairs take place all year.
Types of Projects
A science fair project is a primary display of how students perceive the world of science through research, experimentation, and creativity. The project’s overall purpose is to explore a scientific event with a test. It can also be to solve a problem with an invention.
You could build a scientific device, demonstrate a scientific principle, or experiment to answer a problem. These are the three main types of science projects. When it comes to invention, you can create a device, the machine, or a mechanical structure. You could usually do it to improve the strength or performance of a thing. Furthermore, you could use such devices to prove a theory and solve a problem.
Study projects entail the construction of a model or the creative assembly of a board. Mainly, it is to showcase a visual representation of a more significant fact. These can be making models of a solar system, a house, or a simple electric circuit. They are examples of study projects. In contrast, an experimental project begins with the observation of some phenomenon. Then you use a theory, an explanation, and the scientific process to find a solution. Finally, you write a report outlining the findings and conclusions. A written abstract then follows it.
The Case of the Industry Portfolio in Science and Technology
The Industry Portfolio Science and Technology Action Plan sets a shared vision and goals for portfolio groups. It paved the way for cooperation, more robust associations, and connections among government agencies. Generally, the government is doing this to improve its role as a turning point in Canada’s innovation system. Despite declining resources, this is the case.
The action plan lists a wide range of specific initiatives—roughly 50 in total. This initiative includes a set of basic concepts dealing with improved performance. Additionally, it deals with associations, prevention, and sustainable development. It also deals with a regulatory framework and competitiveness.
The action plan also recognizes the need for a management body. It briefly outlines the intention to create new governance and regulations. Additionally, it includes a promise to make an assessment system and measurement mechanisms.