Group items tagged

As I'm reading on inquiry based learning, I came across another article, I'd like to share. In this article, it discusses how inquiry-based learning projects are driven by students. This very much aligns with the questions we ask on the Flat Classroom and other projects. The one point of meaning that I'm working to understand (and finding different answers depending upon the site) is that some differentiate that students should develop the questions rather than teachers "handing them" the questions. I have a lesson plan I sent through Diigo where the instructor designed a lesson around the question "Can there be giants?" and called in inquiry based. Under this article, it may not be called true inquiry based, and yet, I'm wondering if the question is intriguing and of interest and can be used in a way to teach if it really matters where the question originates.  My class is a mix of student-created inquiries (Freshman project) and project-generated inquiries (Digiteen, Flat Classroom). Interesting. Look forward to reading and understanding more (and sharing with you.) This is another nice article on the topic. Feel free to share yours. "Inquiry-based learning" is one of many terms used to describe educational approaches that are driven more by a learner's questions than by a teacher's lessons. It is inspired by what is sometimes called a constructivist approach to education, which posits that there are many ways of constructing meaning from the building blocks of knowledge and that imparting the skills of "how to learn" is more important than any particular information being presented. Not all inquiry-based learning is constructivist, nor are all constructivist approaches inquiry-based, but the two have similarities and grow from similar philosophies.

As I was reading up on inquiry based learning, I found a research paper from 1999 that has been cited almost 500 times. In this paper, you have an overview of inquiry based learning and how the use of technology is an excellent support for inquiry based learning. (They call it TSIL - technology-supported inquiry learning.) This paper talks about the potential and Opportunities. This is a PDF that I'm reading and filing in my personal research cabinet.

Here is an interesting point as I research inquiry based learning and move to look in a database that is largely built from overseas. Many places called "inquiry" "enquiry" so in this set of lessons across the curriculum, I have to search using the term "enquiry" to turn up what have been tagged as "inquiry based" lesson plans. There are many nuances like that as you start looking at best practices across the world to remember. Eventually, hopefully, language searches will translate between common languages (like English) to help us bridge best practices. If you're looking into inquiry-based learning (or equiry-based depending upon where you're from) - this is a database of lesson plans from Kindergarten up in different categories.

For a web-based learning to be truly effective it must be interactive. This means that it is not just a reformatted canned lesson of printed worksheets placed on the web. The web-based activity is inquiry-based and incorporates the full features available on the web - interactivity between computer and student. The learning activity must engage student critical thinking skills by using the scientific inquiry process.

Teaching strategies of guided and student initiated inquiry are the basis of learning science when conducting scientific investigations.

"Our investigations have shown that social software tools support a variety of ways of learning: sharing of resources (eg bookmarks, photographs), collaborative learning, problem-based and inquiry-based learning, reflective learning, and peer-to-peer learning. Students gain transferable skills of team working, online collaboration, negotiation, and communication, individual and group reflection, and managing digital identities."

Often students are interested in things we don't have time to explore in class. This project allows them to do so and reinforces the big idea that the best inquiry begins with high interest.

A project-based approach to science and math activities is enjoyable for every student and teacher involved. Fun activities, supported by making connections with concepts promote learning. Over the past decade an increasing number of studies have shown the positive impact of project-based learning on student achievement.

Dan Meyer teaches high school math outside of Santa Cruz, CA, and explores the intersection of math instruction, multimedia, and inquiry-based learning. Every Math teacher should see this!

Stimulating critical thinking using technology has the potential to create more in depth understanding of science and math content by students when engaged in learning activities which integrate in-class and on-line technology resources. Technology tools support stimulation of both inquiry-based and critical thinking skills by engaging students in exploring, thinking, reading, writing, researching, inventing, problem-solving, and experiencing the world outside their classroom. This is accomplished through learning content through the lens of video to multimedia to the internet (Using Technology to Improve Student Achievement, NCREL, 2005).

Students' interest in learning science is sometimes based on inquiry into facts that others do not know or learning facts they have no prior knowledge or experiences.

Questioning is a critical focus in science, because without questions there would be no answers. Teaching children to question is an inquiry-based thinking skill.

We know that your busy and don't always have time to search and sift through the good and the not so online. Find useful articles and Ideas from about Problem Based and Inquiry Based Learning at the Authentic Classroom Paper.li. Subscribe to get a new addition everyday

"Any research based or inquiry-based project seems to work well for me. I enjoy leading the children through the process of developing a research question. It's always interesting to hear what goes on in the minds of these inquisitive learners. Last year my grade 8 (14-year-olds) were working on the impact of government systems on individual and Societies. Students took up the case studies of India and Pakistan, some of them worked on Arab-Israeli conflict, and yet another group picked the Berlin Wall and its impact on the population."

"In 2007, [filtering] was high school students' number one obstacle to using technology at their schools (53 percent). For middle school students, two obstacles tied for the greatest barrier (39 percent each): "there are rules against using technology at school" and "teachers limit technology use". It's likely that when students face obstacles to using technology at school, they also face obstacles to inquiry-based learning opportunities which can include online research, visualizations, and games."

Science and gaming

Science and gaming

Students make connections with many science concepts and communicate their recommendations to officials and organizations regarding the future of artificial reefs.

An investigation into the cost of junk mail on society and the environment caused by the junk mail delivered to homes on a daily basis over a given period of time.

Students learn strategies for resolving misconceptions they may regarding why the sky is blue.