Students are naturally fascinated by inventions, especially those that make their lives more exciting and fun. Science and technology are taking the world by storm. Every scientist wants to leave a mark based on their inventions. Using these scientists as an example of why it is important to learn science may lead to a positive attitude towards science. It is important for teachers to observe what the students find fascinating and use it as an education tool to change their mind about science, especially if they have a negative perception.
To kickstart a student’s journey in science, a tuition centre might be the last place on your mind. However, at Indigo Science Tuition Centre, they introduce science concepts in a way that is exam-friendly and in an interesting manner. If you are looking for a good science tuition centre Singapore, you should check out their site today.
In this article, Eric Brunsell discusses some of the ways teachers can help students to think like scientists.
How to train students to think like scientists
“Halloween is a magical time of year. Ghosts and goblins wander the streets in search of candy and mischief. Halloween revelers celebrate the supernatural. School children color pictures of witches, gross each other out with mystery boxes containing brains made from noodles and boiled-egg-eyes, and play mad scientists creating bubbling beakers of goo. It is great fun…and my goal with this post…” read more here
It is crucial for teachers to appreciate that the science lessons should be simplified based on the age of the students. In a bid to teach students to think like scientists, it is vital for them to relate to the environment around them. Once the students have grasped the concept, it will be easier to introduce more complex theories. Teaching nature science is an excellent way of giving the students the opportunity to start thinking and analyzing aspects of science like scientists.
In this article, Josephine Lister discusses the future of science in education.
Why education needs to be streamlined with the economy’s demands
“The science, technology, engineering and math (STEM) industries are booming. In the U.S. the STEM industries account for more than half of the sustained economic expansion, while in the U.K., the tech industry grew 32 percent faster than any other industry. In a time when young people face an increasingly hostile and competitive job market, doesn’t it make sense to teach them the skills…” read more here
Over the past couple of years, science and technology have changed the global economy. There is a higher demand for scientists by companies looking for ways to out-compete one another. Some people have seen the potential of investing in technology. This has pushed the need for scientists up. Unfortunately, the demand is not meeting the supply. It has become critical for the curriculum to be tailored to suit the current demand in the economy.
In this article, Annie Padwick discusses the importance of including the input of scientists in the curriculum.
Why the input of scientists is critical in the science curriculum
“School science education is important for those who want to pursue a career in the sciences – and for those who don’t. Sadly, the first category seems to have been the main target for those designing science curricula. Their aim has been quite narrow: to lay a foundation for pupils so that they keep studying with the goal of becoming professional scientists.” read more here
Working scientists understand what works and what does not. It is important for the curriculum to be centered on the skill the students will find useful when they join the job market. It is crucial for the science curriculum to be altered and redesigned whenever necessary so that the students can see the significance of the lessons. It is also important to remember that science is as much for students interested in pursuing science as it is for those that are not interested in science.
It is important for students to feel there is a reason for them to study science. They need to attach a degree of importance to what they learn. This can be done through regular analysis of the curriculum. If at some point the educators feel the content is outdated or if there is a need for alterations, it is important to involve all the stakeholders to ensure the curriculum is updated. Science teachers also need regular retraining to ensure they have the necessary updates and skills to make sure the students get the best.