NSF Awards: 1220022, 1503414
Our project on Mathematical and Computational Methods for Planning for a Sustainable Future (PS-Future) is developing modules for high school classrooms that engage students in sustainability topics of personal relevance while illustrating the use of mathematical and computational methods in the many facets of planning for sustainability. The modules can be flexibly included in a variety of classes, particularly those in mathematics, environmental science, and biology. Problems in sustainability can be complex and multi-disciplinary. Project research is exploring the use of the the PMC-2E (Phenomenon, Mechanism, Component, Explanation, and Evidence) representation framework to help students gain a a more accessible and generalizable understanding of mathematics, computing, and science concepts, ultimately contributing to a deeper conception of sustainability by students and to better, research-informed practices for materials development.
Margaret (Midge) Cozzens
Distinguished Research Professor
I hope you enjoy the video. We have enjoyed developing these modules, which have been field tested in classrooms across the country, in math classes, biology class and environmental science classes. Contact us if you wish to use the modules in your classes. See the flyer for contact information or email me directly.
Midge Cozzens
Ateng' Ogwel
Margaret (Midge) Cozzens
Distinguished Research Professor
I would appreciate learning of other modules developed which integrated STEM and CS.
Midge
Roberta Hunter
Graduate Student
I am part of the research team. If you have any questions on the research aspect or how we are using conceptual representations with students, I am happy to answer!
Roberta
Eric Hamilton
This is simply excellent - real-world, rigorous, STEM-rich, engaging. Thank you for sharing.
Margaret (Midge) Cozzens
Distinguished Research Professor
Thanks Eric
Courtney Arthur
I really like how these modules connect math and science. It is such a benefit for students to be exposed to cross-conceptual concepts and this project really drives this home.
Margaret (Midge) Cozzens
Distinguished Research Professor
Courtney
Our evaluators, Laura Sample McMeeking at CSU and Andrea Weinberg at ASU are doing a lot of research work with interdisciplinary STEM education. Thanks for the comment.
Midge
Danielle Espino
Kudos Midge, Tamra and Roberta-- well made video and very descriptive! I appreciate that this provides classrooms with the tools to connect mathematical and computational methods with real life application to sustainable issues-- an excellent synergy of learning. Thank you for your work. Curious, what are some of the key adjustments to the modules that have come as a result of the field tests so far?
Tamra Carpenter
Research Professor
Hi Danielle, Thanks so much! To elaborate a bit on Midge's comments below, the Prototyping Workshop that she mentioned is an early test of the materials with a group of students. During the summer, after the materials are written but not yet polished, we "hire" a group of about 20 high school students who "test drive" the activities. Teachers teach selected parts of the modules to this group of students who give feedback on what they liked and what they didn't, and they make suggestions for improvements. The workshop is held for a week during the summer, and students are paid a small stipend for their participation. They are told from the outset that they are part of the materials development process, and they have made some great suggestions -- usually to let us know what resonated and what didn't or if something was confusing or superflous.
Margaret (Midge) Cozzens
Distinguished Research Professor
Thanks Danielle
One of the more interesting findings from field testing occurred during field testing of the computational thinking modules where we had to be more explicit about the types of classrooms and to some extent teachers using them. One of the modules (actually one I co-authored) was used in Mississippi in a technology class taught by an English teacher. The module did not go over very well and even the use of an xcel spread sheet was challenging. They ended up doing the first unit of the module only, which actually worked.
This has not happened with the PS-Future modules so far. Mostly we pick up typos or suggested additions. The prototyping workshops with students often produce areas where more explanation is needed.
Thanks for the questionsion.
Midge
Dave Barnes
Associate Executive Director
Very interesting! I'm intrigued and excited about your ability to bring meaningful content and concepts together from multiple disciplines in single learning modules and especially the integration of mathematics without it being relegated to just histograms and scatter plots. Geometry in the Passive Solar Building Design module is evident. Could you share what mathematics is used/developed in a number of the other modules and any insights on how this use of mathematics impacts the students and/or teachers?
Margaret (Midge) Cozzens
Distinguished Research Professor
Thanks Dave
I will comment briefly. Passive Solar includes both geometry and elementary trigonometry, Weather Generators includes probability extensively, Going Batty makes use of statistics and modeling with the SRS model, and Water Games uses elementary game theory and algebra. Water hydrology has a focus on geometry, and Alien species makes use of exponentials and other algebra techniques. Each module incorporates some mathematical modelling. Nimby makes use of functions, probability, and various decision theory techniques. Urban Sustainability - Heat Islands covers the gamut.
Students become engaged in solving the problem and become eager to learn the math they need.
Midge
Dave Barnes
Associate Executive Director
Thanks Midge. I'v very intrigued about the real integration and application across disciplines. Wonderful work!
Dave
Margaret (Midge) Cozzens
Distinguished Research Professor
Thanks Dave
If you want to talk more about this let me know.
Midge
Louis Gross
Director and Professor
Midge et al., Thanks for a fascinating and very well-constructed video that touches on many aspects of the interdisciplinary connections of math and biology. You described very effectively and quickly several challenging issues and how they relate to high school math - great job! I'm suspect it is too early in the project to have any formal evaluation results, but can you say a bit about how previous efforts on modules such as these (and NSF has supported many modules over the years) perhaps guided how you moved forward in developing these? Are there some lessons you can pass on to others interested in developing similar modules in other STEM areas?
Thanks,
Lou
Margaret (Midge) Cozzens
Distinguished Research Professor
Thanks Lou
I think one of the important things we learned from the other module projects and in this one is that teachers are learners too. Our modules are written so that math teachers learn the science and science teachers learn the math from the modules. Numerous teachers have commented that they better understand how their students learn from these experiences. They get excited about the material and transfer this excitement to their students. The modules are thus written in a way that no one feels they "should have know something". Having students use the materials in the summer prototyping workshop helps authors understand where more explanation is needed for both teachers and students.
Midge
Louis Gross
Director and Professor
Midge, thanks for the details on this. Great to know that there is a process of piloting these and a process of modification based on these.
Laura Sample McMeeking
I am part of the Evaluation team for this project. Our evaluation has centered on 1) understanding the experiences and perceptions of teachers who are field testing the modules so our module authors can improve them, and 2) exploring how teachers integrate STEM (including adaptations they make, supports they receive, and barriers they must overcome). If you have any questions about our work, please don't hesitate to ask!
Laura
Ronald Greenberg
Nice to see your ongoing work (in addition to VCTAL). I think you may also be interested in the ongoing work of the CTSTEM group
(http://ct-stem.northwestern.edu)
Margaret (Midge) Cozzens
Distinguished Research Professor
Thanks Ron
It is good to touch base with you again. I will definitely look at your project. We are about to be awarded a project to provide online professional development in CT for high school teachers. Once it is official I will send you more information.
Midge
Martha Merson
Hi Midge, You got me engaged right away--bats are one of the gregarious species the iSWOOP project has focused on (our first video for the STEMforAll showcase featured the bats of Carlsbad Caverns. (This year our film is about monarch butterflies though. Have you seen it?)
http://stemforall2018.videohall.com/presentatio..., iSWOOP Transforms
I wonder how you decided on the narrator. Is anyone collecting interviews with the students? It would be great to hear their voices.
Martha
Further posting is closed as the showcase has ended.