Dayton Regional STEM Center
(937) 225-4598
200 S. Keowee St. Dayton, OH 45402

Industry: Environmental Engineering

Science, Technology, Engineering and Math

Stop Stomping on Me

Student engineering teams assist a city that is building a new soccer field for the World Cup competition.  To protect the city’s precious groundwater, the city requires a field that is as environmentally sustainable as possible, but also meets the needs of professional players.  Students are challenged to design the optimum layered soil arrangement (soil…
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Science Rocks

Student teams engineer a computer program that sorts rocks bas on properties in order to identify a specific rock within a Rock Family. Teams identify properties of rocks, then utilize a dichotomous key to sort them by the properties. Students collaboratively engineer a PowerPoint with guiding questions to identify each rock type; thereby, generating a…
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Eco-Shipping

Student teams utilize the engineering process to build an eco-friendly, cost-effective packaging prototype for shipping products.  In order to effectively complete the design challenge, students research recyclable packaging options for diminishing the amount of waste that ends up in the landfill.  Teams follow the engineering design process to design a prototype, and utilize a Decision Analysis…
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“Fish-y” Gardening

In this 7th grade unit, student teams design and construct a small/micro-scale symbiotic aquaponic system that can be used by populations lacking natural resources needed to provide and cultivate a sustainable, nutrient-rich food source. This unit engages students in participating in an engineering design challenge in which they create a viable farming method consisting of…
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What’s All the Commotion about Erosion

Grade: 4 River erosion is the removal of rock material from the banks and bed of a river.  In this unit, students will use a physical model of a river bed to determine the causes of erosion and will brainstorm ways to prevent it within their model.  Concepts of environmental engineering will be applied to…
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Moving On Up

Teams of students will design and build a model for a transportation system in the Virunga Mountains. Student learning will focus on science (physics of simple machines), math (statistics and modeling), language arts (technical writing) and history (African people and mountain ranges) to solve this problem.

It’s NOT Easy Being Green Algae!

After being initially exposed to the basics of photosynthesis and cellular respiration, student teams design an algae growth chamber focusing primarily on producing large quantities of algae.  Teams collect and measure algae on a daily basis, and research uses of algae for a sustainable fuel source.  In order to inform the public about the potential…
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Around the Windows: Looking Through Stained Glass

Students ware engaged in various inquiries to build an understanding of wavelengths and energy transfer.  They also incorporate geometry, problem solving, writing, early civilization influences, and technology skills.  Teams of students create a stained glass window jar in order to discover which light wave is most efficient in reducing the effect of the classroom temperature.…
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Slime Time

Students compare the characteristics of simple physical and chemical changes.  Materials have many different characteristics and during the creation of their bouncy slime, students will identify these differences and be able to observe them at various states. By using the engineering process to design slime for maximum bounce students will use fractions, record measurements, and…
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