Every Wednesday I have the opportunity to volunteer at the local elementary school (which is, in fact, the very school that I myself attended). I work with the science specialist and assist in both a first, and later, a second grade class. Over the weeks I have picked up many hints and tips to use in creating my own teaching style. Many of the teacher’s methods connect to concepts I have read about in my textbooks, as I study to become a teacher. This week, I was able to actually experience one of the theories explained in Arthur Ellis’ work, Teaching, Learning, & Assessment Together, in action!
At the elementary school level, especially in the earlier grades, science is often not a subject that is given much classroom time. At this particular school, science is a “specialist subject” – which means that students only have this class for one hour, once a week, just like they have P.E., Music, or Library. This week I watched and helped students (who are studying the concepts of solids, liquids, and gasses) compare and contrast different vials of liquids. As they shook the bottles, listened, held them to the light, rolled them down ramps, and tilted the liquid inside the bottles, these students began to discover the properties (their key word for the lesson) of each liquid. At the end of exploration time the students gathered on the floor in front of the teacher to discuss what they had observed. One first grade boy got antsy when he wasn’t immediately called on and began blurting out his comments. After being corrected for his behavior, he was allowed to say his piece. He said, “There’s just not enough time to learn all this stuff! I wanted more time. You should tell Mr. Ricco (the principal) that we should have science AT LEAST twice a week!” The teacher, probably as dumbfounded as myself, stared at him and then said, “Well Jackson, I think that’s something that YOU should tell Mr. Ricco. Would you like to go do that?” Jackson wholeheartedly agreed. As he stood up to walk to the office to confront the principal, his classmates cheered him on and I even heard one little boy say, “Thanks for doing that Jackson!”
Ellis speaks of a concept called “Going With the Flow” in which teachers create activities that are so engaging for students that those students do not even want to stop to move on to another subject! I got a very authentic view of what this looks like in the classroom with my experience with Jackson and his love for exploring and discovering in science. I have been encouraged to provide activities, just like this science teacher did, that will make every student want to ASK for more time to do them! From what I observed, the best activities are ones that involve students making discoveries on their own. They can be as simple as some liquids in bottles, as long as the students are the ones that are examining, comparing, and learning about them – rather than being lectured at by the teacher. I hope to pick up even more authentic applications of this concept throughout my teacher preparation. I was inspired by Jackson’s excitement and enthusiasm for discovery and hope that will be something I am able to provide my own students in the future.
Ellis, Arthur K. (2009) Teaching, Learning, & Assessment Together. Larchmont, NY: Eye on Education.



This week the piece of information that stuck out the most blatantly to me was the ideas of “knowledge received”, “knowledge discovered”, and “knowledge constructed”. “Knowledge received” is essentially knowledge that is told to students. It is knowledge previously known by the expert and students must look to this expert to learn. It is often learned by lecture, and aided by practice and homework. “Knowledge discovered” is characterized by students’ learning through experiences. Students find out about the world through adventures and incidents, whether in school or in everyday life. “Knowledge constructed” is all about building and creating knowledge for one’s own self. This knowledge tends to be unique to the learner and helps students discover how to express themselves. The important thing to remember when teaching is to find a good balance between all three types of knowledge and instruction. Too much of one area is not good, and neither is a deficiency. It is important for students to experience the full gamut of knowledge acquisition. When all three types of knowledge are presented to students they will be much more skilled in learning and discovery.