Assignment #3: How Students Learn: A Presentations Reflection Lisa Nevoral - 56909005 ETEC 533 – Technology in the Mathematics and Science Classroom Course Instructor – Marina Milner-Bolotin June 12, 2013 How Students Learn – A Synopsis Introduction As I started this reflection on what I had learned from this assignment, I realized that a lot of what was being presented I knew through other ETEC courses. It was good to be able to review the major themes of how students learn and to also be introduced to new ideas associated with what I already knew. I guess you could say that my prior knowledge was activated and although I didn't get to actively participate in each presentation, they were engaging and I obtained new knowledge. I started this process by creating a concept map (actually 3) which helped me organize my thoughts, see connections, and reflect on what I had learned. RQ#1: What did you already know about this topic and how does it relate to you? RQ#2: What have you learned from the presentation that you didn't know before? RQ#3: What would you like to know that wasn't answered by the presentation? RQ#4: What did you like about the way the presentation was executed and what would you improve? NOTE: RQ – Reflection Question Group 1 – Learning from Speculation to Science RQ#1 This presentation dealt with the idea that content be taught in such a manner that students obtain a deeper understanding of information then just memorizing facts. This helps students create connections and transfer knowledge. Teachers need to realize that students have prior knowledge and misconceptions that can either help or hinder their progress in attaining new knowledge. Students need to be actively engaged in their 2 How Students Learn – A Synopsis learning and student metacognition must be developed by teacher-led activities. Student learning environments (assessment-centered, learner-centered, knowledge-centered, and community-centered) should allow for many different learning styles. In my science and math classes, I try to incorporate different learning environments to reach as many students as I can. I do pre-knowledge activities to gauge how much each individual knows about the new concept being introduced and I perform formative and summative assessments. I have been trying to come up with the "big ideas" for each unit so that students can make connections to real-life and hopefully develop a deeper understanding of what is being taught. RQ#2 The one thing that became clearer for me was that formative assessment makes students' thinking visible to both teachers AND students. Students need to have a clear understanding of where they are in their learning and to take ownership over it. RQ#3 I want to know how metacognition is taught by other teachers. I try to put reflection questions on my assignments, but the quality of the students' output needs to improve. RQ#4 The voiceover in this presentation was clear and I liked that additional information than what was exactly typed on each slide was included. The examples helped explain 3 How Students Learn – A Synopsis some of the key ideas and I liked Figure 1.1 (Putting It All Together). A couple of areas for improvement would be to add more pictures or diagrams, less text per slide page, and bolding the quotes that were included and then described. Group 2 – Learning Expertise in Mathematics/Science: From Novices to Experts RQ#1 This presentation expanded on what was being discussed by Group 1 to include novice and expert learners. Expert learners have a deeper understanding of the content and can transfer it to other areas of learning. Student-learning environments should be engaging for students and include authentic tasks which make content relevant and meaningful to students. I try to use problem/project/question-based assignments in my lessons that relates to real-life as much as possible. To meet the needs of many students, some of them are open-ended, which allows for differing entry levels, many strategies, and numerous solutions. RQ#2 The terminology novice or expert was new to me and I now have a clearer idea of the differences between the two which includes experts seeing patterns in information, making connections between things, developing metacognition, and little or no effort to retrieve knowledge. 4 How Students Learn – A Synopsis RQ#3 I am pretty good at adapting work for students, but I would like to know how others enrich their content for their "expert" students other than just through project/problem/question based activities. RQ#4 I liked that this presentation included three very different sections. I thought both the "Blockus" and Go Animate portions were engaging and caught my attention. One thing that could have been improved upon was not saying everything exactly like it was on the PowerPoint slides, but instead expanding on each point with the voiceover and typing in only the key points. Group 3 – Learning Transfer RQ#1 This presentation dealt with the concept of students being able to transfer knowledge (or make connections) between a subject's content, other subjects, and real-life situations. I teach math and science and find that many times students don't see the relevancy of what they are learning or connect concepts to real-life. There has been some discussion at my middle school to team students so that teachers could develop interdisciplinary projects that would include math, science, English, etc… 5 How Students Learn – A Synopsis RQ#2 Although I understood the concept of transfer, I did not know the different types of transfers. This presentation helped me take a deeper look on how I can help students make connections and transfer knowledge to other contents. RQ#3 I would have liked if there was a deeper explanation on social and cultural aspects that may hinder student's abilities to transfer knowledge because I don't think teachers take the time to think specifically about these issues. RQ#4 I liked that there were different people doing the voiceovers and that the speakers did not just read off the slides. The group also provided good examples to go with the main concepts. Two things I would change is the background to the slides (I found it distracting) and less text per slide as there was sometimes too much information given in each slide. Group 4 – Learning Theory from Childhood to Adult in Mathematics/Science Classroom: Implication of Technology and Beyond RQ#1 This presentation dealt with the different learning theories that have helped shape teachers' pedagogy which included theories from Piaget, Vygotsky, Skinner, and Bruner. 6 How Students Learn – A Synopsis Not all learners learn the same way; therefore, teachers must activate prior knowledge, use different strategies and approaches, as well as help students develop metacognition to get the best results. Through my ETEC courses I have read about and discussed the theorists mentioned above. Through doing this, I have come to have a better understanding of my own ideology about learning and tend to lean more towards constructivism. RQ#2 The terminology accomplished learners versus less accomplished learners was new to me. This relates to Group 2's concept of novice vs. expert. RQ#3 I have heard about of PBS behavioural systems, but I would like to know more about what they are and how they are implemented. RQ#4 I liked that the presentation started off with music and the red/blue flickering background. As well, this group used some slide transitions and animations which made it look more like a movie. The first speaker needed to speak a little clearer and it might have been good to add text to the key points of the voiceovers. I would have also liked to see the same background throughout the presentation. 7 How Students Learn – A Synopsis Group 5 – Designing Learning Environments for Mathematics/Science Learning: 21st Century Environment RQ#1 This presentation touched upon and expanded the definition of the learning environments that were mentioned in presentation 1. These 21st Century learning environments are all interconnected, constructivist in nature, and classroom designs may vary with differing concepts. I have a pretty clear understanding of what a 21st Century classroom should look like and try to emanate that as much as possible. It is a slow process and it takes team work and collaboration from others in my science and math departments to achieve. RQ#2 Something that I hadn't thought of before was student knowledge attainment in the terms of mastery or expert status. Unfortunately, in our current educational systems, students don't always master concepts before teachers move onto another concept. RQ#3 I have toyed around with the idea of portfolios/e-portfolios for my students, but I would like to see examples of how other teachers effectively use them that is efficient and relatively easy for the students to do. 8 How Students Learn – A Synopsis RQ#4 The desk/whiteboard set-up in this Prezi presentation piqued my interest and I loved that the group delved deeper into each part. The diagrams and YouTube videos included in this presentation fit with the concepts and information given. One thing that could have been improved upon was keeping the formatting the same throughout the whole presentation. Group 7 - Exploring Science and Mathematics Teacher Education RQ#1 The focus of this group's presentation was teacher professional development and pre-service teacher training that helps us implement and deliver deeper content, develop and administer educational technologies, and help understand changing pedagogies. I believe to grow as a teacher and to conduct "best practices" we need to attend professional development, as well as collaborate with others on how to incorporate technology with pedagogy and content (TPACK). RQ#2 What became clearer for me during this presentation is the need for change to the traditional practices of professional development. For example, many professional development sessions are taught in a transmission style which doesn't encompass the ideology of a teacher being part of a "student-learning environment". 9 How Students Learn – A Synopsis RQ#3 Some of the things that I would like to delve into more deeply are specific examples of student misconceptions about science and math, and how we can change current practices of professional development to mirror what we might try to do in our classrooms. For example, in an assessment-centered environment, how would we test our knowledge and receive feedback? RQ#4 The diagrams and YouTube videos included in this Prezi presentation fit with the concepts and information given. The song they added fit nicely with their theme, but I did not hear any voiceovers. Something that could be improved upon was too much text per slide. Group 8 - Designing Technology-Enhanced Learning Environments to Support Mathematics and Science Teaching and Learning RQ#1 This presentation stressed the importance of TPACK and how it helps build 21st Century skills, creates interactive and engaging learning environments, and can help in deeper understanding of concepts. Teachers need time to develop curriculum that is rich in pedagogy, technology, and content and they need to collaborate with others to ensure success with their programs. 10 How Students Learn – A Synopsis I have taken my masters in educational technology to help me develop my TPACK and create learning environments that includes the ideals of this concept. RQ#2 The terminology TPACK was new to me, although the principles behind TPACK were not. As well, I hadn't thought of "new technologies" not being transparent in their numerous functions and capabilities to teachers and students. RQ#3 I have heard about clickers before, but I have not used them and would like to know if student achievement actually improves by using them. RQ#4 I really enjoyed the home-made video at the beginning of this Prezi presentation. The voiceovers were clear, but the music could have been slightly lower. This group presented good sites to go to as a Science and Math teacher, as well as some examples of simulations to use in class. The diagrams and figures included in this presentation fit with the concepts and information given. 11 How Students Learn – A Synopsis Conclusion For my conclusion, I have inserted a concept map (found below) of the main themes that I gathered after watching the presentations. 12