"Letters To A Young Scients" By Edward Wilson (1/4)
"Letters To A Young Scientist" is a book written by a Harvard professor, Edward Wilson. The first three chapters act as inspiration for people looking into life in the sciences. Chapter one, titled “First Passion, Then Training,” explains to the reader how to know if the sciences are a right career path. The author states that people who really want to succeed in sciences need to have a passion for it. That passion should be fed until someone is able to focus on a specific science or technology based career. “Put passion ahead of training… Obey that passion as long as it lasts. Feed it with the knowledge the mind needs to grow” ( Wilson, 25). This quote can be direct to the science classroom. So often students reach high school and have either found a reason to stay in school and succeed or they have not found a passion and are just going through the motions of school. And as often as students give up, teachers give up on them. Many teachers see a student who doesn't want to learn and they focus on the students who have more drive. As an educator I believe that it is never too late to find a passion in something. I will find ways to connect my students interests to the field of science. I do not expect all of my students to love having to take a science class and students can’t “ just drift through courses in science hoping that love will come,” (Wilson, 25). Some students just don't like the typical science classes so I will find ways to incorporate student interest in the class.
For every scientist, whether researcher, technologist, or teacher, of whatever competence in mathematics, there exists a discipline in science for which that level of mathematical competence is enough to achieve excellence.
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Chapter 2 titled, “Mathematics”, really spoke to me. I am not a fan of math. I have never had a teacher who was able to work with me and the way that I process information. The words in this chapter were reassuring to me going into a science career and I hope to use them to encourage other people as well. Wilson explains that science careers do not often require a strong basis in mathematics. He also states that just because someone can understand math and do it well, does not guarantee success in a science field. Being a creative and innovative thinking is far more useful in a science field. Scientists have to be able to find evidence and make connections to current facts and potential theories. In my classroom, math will be prevalent but there is no reason for a student to fall behind in science because they lack skills in math. I aim to have explorative labs where students use what they learned and apply it in new situations. I have set up several of these target labs and design challenges( 1 2 ) and have recorded them in my best practices portfolio.
“Every problem is an opportunity,” (Wilson, 47). This is the main focus of chapter 3. The author speaks about how processes are important aspects of scientific discovery. One thing that I believe very fully is that students should be given chances to screw up and make mistakes. That is how they learn. If a student gets the right answer on every question on every test given, did they learn what they were supposed to from a science class? According to standards based learning they did. But I believe that understanding science is more based in making connections and fixing a mistake in the process. Mistakes and failure have such negative connotation but I do not see failures as failure. It is just another opportunity for students to grow. In my classroom students will be graded not on whether they did everything right or wrong but on whether they can explain and work through logically what they did.
Standards: Learning Environment, Application of Content
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