Archives For inquiry-based learning

My first reaction after reading this National Post article is that the reporter is playing the sensationalism card. My second reaction was frustration. These types of polemics are frustrating because the average reader will not be fully aware of what discovery or inquiry based learning really are. If the reader simply relies upon the content of the article it would appear that Alberta students will be left on their own to not only figure out how to learn but what to learn.

This couldn’t be further from the truth. Constructivist models like discovery and inquiry-based learning, if well implemented, will provide a structure for openness which addresses the critics main concern that students need a structure. The best way to understand a structure for openness is to consider Apple products. On the surface they are elegantly simple and easy to use but to achieve the elegance and simplicity the structure and programming underneath are extremely completed. Similarly inquiry-based learning environments require a very well thought out structure that underlies the openness and freedom.

Furthermore inquiry-based learning by its design has built in scaffolding and additional supports that enable the learner to discover, explore and inquire in a supported fashion. So this alarmist notion that students are “left on their own” to learn is just typical reaction from a concerned but uniformed source. The key to the success of inquiry-based learning is the implementation and paradoxically how it is structured.

When I was at ACU we developed on a Gates Foundation funded research initiative called the Mobile Enhanced Inquiry Based Learning (MEIBL) project in which we used mobile technology as the tool to provide the scaffolding that is necessary for inquiry based learning in introductory undergraduate chemistry and biology classes. Videos of lab lectures, procedures, access to databases of information and much more were available to students on their mobile devices which provided a scaffold and helped them gain experience with scientific discovery process. Because of the scaffolding enabled by the mobile devices the instructor had more time to work with students in a mentorship role which enabled the students to go much deeper into their studies and explore subjects in ways they could not do in a traditional drill and grill classroom. The students “did science” rather than just “learn about science” and when combined with the additional time the instructor had to mentor the leaner their success and grades revealed that this approached worked as well and often better then traditional classes.

Bottom line — if inquiry based learning is done right it is great. However, if it isn’t then the critics are may be right. Time will tell how well it is implemented in Alberta.

Inquiry process

Dwayne Harapnuik —  December 12, 2013 — Leave a comment

inquiry process

Source: MindShift

Robinson points out that our education systems are based on three principles which are the opposite of how human life flourishes:

Apart from that, they’re great. The first one is conformity. Our systems are becoming more and more standardized; whereas the great pulse of human life is diversity. We are here in all of our varied differences, we are centers of unique talents and possibilities, each of us in every child. The second is our education systems are based on compliance, more and more. Whereas the energy of human life is creativity and innovation. It’s why in the United States — kids come from college and they cannot innovate anymore. It’s kind of been educated out of them. But the third is this: Human life is organic. We create our lives, our education systems are based on a principal of linearity. I would bet very few of are you of living the life now that you anticipated you would be living when you left school; is that correct? I mean, we submit to a fiction here that there comes a point in your life where you have to write your resume. And we set it all out in some linear narrative, you put headings in, certain things in bold you pick them out to try to make your life look as if it’s all run along some very well-planned strategy here to take you from your childhood to your present position of eminence. But of course it’s not at all like that. You do that because the last thing that you want to do is to convey in your resume the actual chaos that you’ve been living through. T13:33

Ramsey Musallam a science teacher offers the following 3 rules to spark learning and challenge to change our current teaching paradigm.

  1. Curiosity Comes First – inquiry can drive learning
  2. Embrace the mess – trial and error is messy but necessary
  3. Practice Reflection – review and revision lead to innovation

Educators need to leave behind their simple roles as disseminators of content and embrace a new paradigm of cultivators of curiosity and inquiry. (6:02)

Abilene Christian University’s (ACU) mobile-enhanced inquiry-based learning (MEIBL) is a blended learning strategy which creates an active and engaging learning environment, producing increased student engagement, maintenance of academic performance and improvements in student persistence and course completion. MEIBL addresses the greatest barriers for inquiry-based learning, minimizing time requirements of providing differentiated instruction and providing the fundamental guidance necessary for the inquiry process. Time saved on information transfer through MEIBL strategies enable faculty to mentor learners to engage course content at a deeper level.

Perhaps the most exciting part of the MEIBL initiative is that it can be replicated or extended to almost any learning environment. While Delmar College (DMC) in the southern Texas, and California University (UCal) of Pennsylvania are the first two formal partners in the ACU MEIBL research project the program principles found on the MEIBL site can easily be extended to any other post secondary institutions.