Here are my top five suggestions for teaching science to children:
1. Make inquiries.
I firmly believe that being a competent scientist is more about how you think than it is about what you know. Science is a practical and creative topic; while mastering the theory is crucial, the finest scientists must also be inquisitive and problem-solvers. Ask questions to enable the child to figure things out for themselves rather than just describing the study to them. If something is not right, provide them further details to point them in the proper way. The key to raising a child’s interest in science is to foster their natural curiosity and allow them to lead the conversation.

2. Be careful not to oversimplify science.
Every year, we were informed in chemistry class at school that something we had studied the year before was erroneous. Try to properly explain the underlying theory and take-home messages of your work without oversimplifying the science because children are frequently willing to accept the most difficult scientific notions. It can be difficult to strike the perfect balance, but if you start out easy and assess their comprehension as you go, you will quickly get a sense of the proper degree of complexity.
3. Pick your words carefully.
Young minds frequently find science to be impenetrable, but instead the never-ending jargon and difficult terminology employed in the study. Even seasoned scientists occasionally find it challenging to read a paper in a new field! If there is any unfamiliar terminology, be sure to define them completely before using them.
Nevertheless, it’s crucial to introduce the language we employ. When conducting science experiments in the kitchen, my personal favourites involve asking the children their hypotheses and then determining whether they were correct. Technical terminology can be introduced to children without overwhelming them by using their non-scientific equivalents, such as “making observations” and “what does it seem like?”
4. Make it relatable
Children who can immediately relate to the scientific principles being taught and realise how they affect their daily lives are more engaged in science, according to research. I enjoy listening to scientists and engineers discuss the forces involved in wearing various shoes for various sports as well as the structural integrity of various chocolate bars. The theory’s applicability must be demonstrated in order to convince young people that science is all around them.
Use analogies to help people visualise abstract scientific ideas since it can be difficult to do so, especially when discussing phenomena that are invisible to the naked sight. Build on the knowledge the child already has from daily life, and consider connecting the science you’re talking about to whatever they’ve just learned in class.

5. Be ready for challenging inquiries.
I’ll never forget one girl’s resolute response when I asked a class of 11-year-olds how they believed drugs were created: “You test them on animals which is WRONG!” Non-scientists have asked me the most difficult questions I’ve ever had to respond to concerning my research. Our priority in the drug discovery process is the proper care of our animals and their ethical use in research. Part of our duty as scientists also includes spreading this message to the general public.
One of the most challenging yet rewarding experiences we have is talking to children, as anyone interested in scientific engagement would attest to. Children can be a source of much-needed inspiration for your own scientific studies because they frequently have vivid imaginations. Most of all, it frequently reminds me of the main reasons I chose to become a scientist in the first place: to be interested and have fun!
We can all become friends if we have a passion for learning and teaching science. A child’s insatiable curiosity can produce wonders; all we need to do is guide it in the correct direction. Your child can broaden their knowledge with the aid of Xperimentor science kits, which provide a home laboratory for scientific study. We want to open up science to everyone. Our hybrid science learning ecosystem serves as the Swiss Army Knife of efficient learning in this regard. With a tonne of entertaining science experiments, activities, and projects, it helps your child study at their own speed while building solid core knowledge. We think that a new generation of scientists and inventors may emerge from the hands-on learning provided by our science experiment kits. It makes sense why kids adore it and why educators in all schools support it.