There are a variety of educational projects on the Internet that present engaging content for learning various science topics. There are educational websites, online learning platforms, educational YouTube channels, educational games and apps, printables. The increasingly efficient online tools have led to an increase in the effectiveness of online educational projects. Children understand scientific experiments much more easily and follow their desire to explore under the supervision of a teacher with whom they interact directly.
Combining technology with scientific experiments in the educational process can better prepare children for an ever-changing world and help them develop skills and abilities essential for their future success. Using technology in science activities allows children to become familiar with digital tools, learn to search for information and use applications and programs relevant to science. The educational system based on a single source of information has confirmed its limitations. An open educational system, in which children are encouraged to explore, can prepare them for a future in which digital skills are increasingly important in almost all fields of activity.
Free homeschool science resources are equally addressed to parents who have chosen this form of education for their children, but also to teachers who intend to improve their pedagogical techniques.
The traditional education system is based on uniformity. A school curriculum was designed based exclusively on the age of the children and not on their ability to understand. In a period when there was only one source of information, the differences between children were very small. Nowadays, children have a very wide range of options. Each choice inevitably leads to a new difference.
For example, this situation was visible when children were forced to attend online school recently. Children who had access to technology adapted quickly. Children who did not have access to the Internet faced real problems.
The limitations of the traditional education system have determined more and more families to choose homeschooling. Every parent wants the best for their child. But, in order to help them, we have to learn how to choose free homeschool science resources. Are we ready to choose the best resources? Do we know the advantages and disadvantages of each option? Are we ready to accept uncertainty?
One of the most frequent mistakes encountered in the homeschooling environment is the obsession with following a school program. Under the pressure of the administrative system, the tendency to make children uniform was maintained. At a certain age, the child must know certain concepts. He must be able to answer a list of questions. Unfortunately, the demands are so many that the children are left without time for the development of personal passions or for direct socialization with other children of the same age.
Want to learn how to select the best free homeschool science resources? We can help you. But you have to answer one question – what previous experiments have you done together with your child? In order to be able to choose the most effective resources, you need to know what your child’s level of understanding is. Here is the secret. The secret and the difference between the two education systems.
A parent who follows the evolution of his own child knows what level of understanding he has reached. Follow each step and gradually raise the level of details and complexity. He always chooses educational resources based on the child’s level of understanding and not on his age. The school curriculum remains an orientational role without pressure.
When the child was small, you held his hand until he learned to walk. After he learned to walk, you encouraged him to walk alone on flat, safe surfaces. After gaining experience, you started walking on inclined surfaces, going down stairs, running. Now you walk together on rough terrain and help each other climb mountains. Apply the same patience in scientific experiments. Always choose the resources appropriate to the level of understanding and discreetly prepare your notions for the next experiment.