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Story Gears

Developed for the University of Minnesota's STEM summer courses for middle schoolers, Story Gears focuses on essential STEM learning objectives. The concepts of teaching the iterative process, collaboration, and creativity informed the final design. 


Meet our team


Jaylee

Prototyping, Concept direction


Ali

Market research


Seth

Prototyping, mechanical engineering assistant


Cole

Packaging design


Kathy

Graphic Lead


Ryan

Mechanical Engineer

Ideation 

Please note: this drawing was completed by a member of my team, not me. 

Our team took this concept, and decided to prototype a 2D focused movement version, instead of something 3D. 


Rapid Prototype 


Feedback - Rapid Prototype

Pros

  • Creativity
    Users enjoyed the customizable aspects, and the idea they could design their own backgrounds
  • Flat & Buildable
    Users/parents liked the building step to begin, and enjoyed it for storage
  • Gears & Motion
    People were very invested in the gear motions, and wanted more options

Cons

  • Too Small
    Size overall was not suitable for more than 1 user at a time
  • Wood = Not Ideal
    Next model should be made out of a different material for cost + usability
  • Gears Kept Falling
    The gears would fall off the pegboard when in use. 

Revised Concept



Revised Prototype 


Feedback - Revised Concept 

Pros

  • Creative Look
    People loved the decorative and artistic style! Most noted that the creative design was very important. 
  • Size = Perfect
    This model was 2x the scale of the previous prototype, measuring about 14" X 17". 
  • Magnetic Gears
    Gears sat perfectly on the magnetic board, and did not fall. 

Cons

  • Aesthetic = Limited
    Some users did not enjoy the aesthetic direction and wanted something a bit different. 
  • Doors = Annoying
    The front doors got in the way of users playing with the model
  • More gears needed
    More gear options are essential for this toy's success; this model prototyped only the spur gear. 

Final Concept




Packaging 


Final Model: Research