Redesigning Plastics Recycling
Many types of plastics are used in everyday life and recycling them in a practical and sustainable way is challenging for consumers and the plastics industry. This class will focus on the plastic known as PLA, which is used in the rapidly growing 3-D printing industry. PLA is derived from plant starches and is more eco-friendly than most other plastics; however, it is a type 7 plastic and as such it is rarely recycled and often ends up in landfills. There, the plastic endures for hundreds of years before decomposing, despite often being advertised as ‘biodegradable’. In this class, students will apply engineering methods to improve PLA recycling by designing and performing experiments and interpreting results in order to advance the field of plastics recycling and make 3D printing more sustainable.
Students will learn
-Engineering design thinking
-Material science research principles
-Chemistry of plastics
-Computer-aided design
Instructors: Anastasiya Islamova, STEM Teaching Fellow, and Cooper Union student teaching assistants
Participants: Students in 9th or 10th grade during the 2022-2023 school year.
Session information: This Three-week program offers two sessions. Session 1 starts Monday, July 10, 2023. Session 2 starts Monday, July 31, 2023. Classes meet Monday- Thursday, 9 am to 3 pm.
Prerequisites: none.
Teaching method: In person. The instructor and teaching assistants will lead students through daily scheduled lectures, discussions, and practice sessions at 41 Cooper Square. Off campus field trips and site visits will also be scheduled.
Materials: All materials are included. Students may opt to bring a personal computer.
Cost: $1950
Apply now: https://connect.cooper.edu/apply/
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Course Code: STEM 23-11