Community Area Map Project (CAMP)
Jeff Solin
Lane Tech College Prep High School, Chicago, IL
Jeff is a Computer Science & Making teacher at Lane Tech High School and winner of the 2018 National Center for Women in Information Technology (NCWIT) National Educator Award. He co-founded CSTA Chicago, and helped bring the Exploring CS curriculum to Chicago Public Schools. Jeff designed and built Lane's LTMaker Lab, a 4000 sqft makerspace as part of his work bringing MakerEd into schools. Curriculum, professional dev, and project collaborations include The James Dyson Foundation, Argonne National Labs, SAIC, University of Chicago, Indiana University, the Chicago Cubs, and the National Science Foundation. Jeff is also an organizing leader for the Illinois PPE Network (illinoisppe.org) and designed the Solin Flatpack Faceshield solinfaceshield.com, a flatpack, single-material face shield that is being mass-manufactured and donated to those that need it. Jeff's work has been featured in MAKE: Magazine, MAKE: Books, Chicago Sun Times, Chicago Tribune, BlockClub, DNAInfo, WGN News, Element14, the ACM, the Museum of Science and Industry, Chicago Architecture Foundation, Navy Pier, Depth and Light, 3D Universe and Inventables.
Project Metadata (Expand for Details)
Summary
Here is the full slide deck from my presentation.
There were a few things that were important to me with respect to the students’ experience when coming up with this project.
Civic Engagement
Collaboration
Chicago / city pride
Students learning about people outside of their communities
A shared vision
Creative input
Student agency
Applied digital design and fabrication skills
Topics
Collaborative problem solving
Project Management
Creativity with constraints
Designing for digital fabrication
Application and importance of prototyping and planning
The iterative / design process
Standards
3A-AP-13: Create prototypes that use algorithms to solve computational problems by leveraging prior student knowledge and personal interests.
3A-AP-18: Create artifacts by using procedures within a program, combinations of data and procedures, or independent but interrelated programs.
Audience
This project was done with high school students, however it could be easily adapted to middle school and even elementary school students.
Difficulty
The difficulty of this project scales with the scope. How you choose to implement the project and therefore the scope and scale of the project depend on the resources available. In the implementation I presented, we were able to use a "full" makerspace including vinyl cutters, 3D carvers, laser engravers / cutters, and 3D printers. As intimidating as that may sound, it is absolutely possible to do this project with few digital fabrication tools or with more computing tools (such as Microbits, arduinos, etc).
Strengths
Teaches aspects of iteration, problem solving, using technology in unexpected ways, and weaves in civic engagement and agency.
Weaknesses
The project relies quite a bit on having digital fabrication tools, however with a little creativity, this project could be adapted to be done without those tools. It would however be more difficult to integrate CS concepts unless the topic of the project were modified (which I recommend anyway since this was a very "Chicago" topic). I encourage anyone giving this a shot to find meaning and motivation from the communities of the students.
Variations
"What if I don't have a big makerspace?" Good question, there are lots of opportunities to weave in the civic / community engagement with more standard CS content. Someone suggested possibly using a map of the area, then making it so that if a user clicked on an neighborhood / area of the map, it would bring the user to a Scratch program (or webpage or any other kind of digital content) with a project related to that area.
To bring more standard CS content in one could also use microcontrollers like Arduinos or Microbits and have a physical computing component added in.
Use tools that 3D model solids with coding like OpenSCAD, or implement model analysis, or parametric modeling.
Lesson Resources
The Project Details Document provided to the students