Group items tagged

Problem-based learning allows us to bring our students, course material, and the real world closer together. A few ideas for getting started with PBL. I enjoyed reading this article because it began with a quote and excellent question. "How do we get our students to understand what 'the field' is really like? How can we help them realize that they not only need to understand the information we are teaching, but that they need to be able to apply the information that we are teaching." This article touched more on the idea of students being able to able to apply the information that we are teaching them in the real world. Problem-based Learning Helps Bridge the Gap between the Classroom and the Real World, Jason R. Weber, (2014) Retrieved from http://www.facultyfocus.com/articles/instructional-design/problem-based-learning-helps-bridge-gap-classroom-real-world/ Retrieved on 10/19/15

This brief article offers a quick introduction to the importance of preparing students for the real world through in-class activities, and provides 5 simple recommendations to help an instructor get the most out of PBL (problem-based learning, here) activities.

Suggestions for Assessment throughout the process of a PBL. Include links to multiple articles on different types of assessment and grade levels.

(Week 7: Cathy, Sheila and Suzanne) This journal article is accessible though the link given above by accessing the UMUC library. This journal article discussed the connection between metacognition and cognitive retention dependent on particular Biology teaching strategies. The article focused on four strategies, Problem-based learning (PBL), Jigsaw, PBL integrated with Jigsaw and direct teaching. The article explained how PBL/Jigsaw leads to greater metacognition skills and therefore the students will be more successful learners. This article can help teachers identify student learning gaps and incorporate learning strategies that aid in metacognitive skills and also increase cognitive retention. It also examines how student motivation and leaning styles and cooperative learning strategies can help self-esteem and student achievement. Palennari wrote that metacognition makes students become independent learners that can manage and plan their learning process. "Self-regulated learners are responsible for their own learning progress and adapt their learning strategies reaching demands completely." (Palennari, 2016) Reference: Palennari, M. (2016). Exploring the correlation between metacognition and cognitive retention of students using some biology teaching strategies. Journal of Baltic Science Education. 15(5). Pp 617-629.

The projects you will find here have been curated by BIE and were gathered from online project libraries. They are easily searchable by subject area, and are a guide to PBL lessons to be used or to inspire lesson plans.

Personal relevance examples are given in order to make lessons and information meaningful for students. Personal connections to material will help retention of material as well as motivate student willingness to learn.

One thing that came to mind when I read this article was a technique of vocabulary instruction that my school has been using for the past few years. It is called the "Marzano" method of instruction (named after Robert Marzano) which asks students to give their own impression/explanation of a new term before it is used in class. I often like using this technique for vocabulary in Physics that has a contemporary meaning aside from how we will be using it in our course. One great example is "Resistance" in circuitry. I will ask the students (as per the Marzano method) to write down a description or explanation of this word, then I will go around and record the results from random students around the room. The 'group' consensus definitions are then combined to come up with the 'official' or 'technical' definition of the word. It's amazing to see how many students have odd connections to words that help explain the science meaning of the word. Once I had a student bring up the idea of resistance meaning a "rebellion" or "uprising" of sorts. In electrical terms that is not the 'true' definition, but having the students visualizing the electric conductor 'fighting back' against the electron flow can easily guide students to the more appropriate usage of the word. This way, students can see that these 'new' terms are ones that they already have an inkling of understanding for. Their understandings are not useless, but rather need to be expanded upon as we learn more about our content.

This seems a really excellent support for the PBL model of instruction - providing real-world context to the material of a class motivates learning, and allows students to activate prior knowledge. See also the another edutopia article: http://www.edutopia.org/project-based-learning-student-motivation

Project based learning is a great tool to motivate students by relating lessons to real world issues. This article provides project examples and benefits of project based learning and why it should be a part of classrooms.

This provides excellent resources to support the Common Core initiative. It stresses the case for an interdisciplinary approach to learning and suggests that  "to prepare our students for an integrated world, we need to break out of the separate-discipline mentality and develop more holistic and problem/project-based approaches. "

This blog post by @sraspanglish (aka Laura Sexton) describes how she uses Google Form to create a standards-based objectives template for her courses. Even though this focuses on languages and North Carolina standards, this can be modified for any content area and once you have done the hard work of creating the template, you can reuse it again and again!