Terrell_Glenn_Dissertation_Final_Compressed.pdf

Reason: I have a patent pending and some of the work that I present in the dissertation is not fully published yet.

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The MakAR Project: Empowering Youth to Design, Build, and Play Through Interactions with Augmented Reality, Physical Prototyping, and the Internet of Things

thesis
posted on 28.04.2022, 16:32 by Terrell Kendall GlennTerrell Kendall Glenn

Makerspaces can support educational experiences in prototyping for young learners, while physical computing platforms enable high levels of creativity and expression. However, each of these have high barriers of entry, especially for youth without prior experience. Commercial microcontrollers have become a popular tool to use when designing both basic and complex electro-mechanical devices. Block-based programming interfaces are an ideal environment to program these microcontrollers, lowering the barrier of entry for young, novice programmers. Finally, incorporating physical computing devices alongside Augmented Reality (AR) presents opportunities for shared experiences between users, leading to more engagement, which creates opportunities for social interaction, ideation, and creativity. This thesis presents the MakAR project, which aims to empower youth to design, build, and play through interactions with AR, physical prototyping, and the Internet of Things (IoT). We sought to design an interactive system with which we can (1) explore novel interactions between physical and virtual content, (2) lower the barrier to entry for young makers to design, build, and play with DIY electro-mechanical devices, and (3) engage and collaborate with one another both virtually and physically in an AR-IoT environment. Our results provide evidence to how our system enables youth, with and without prior experience with physical computing, to both engage and struggle with designing AR-IoT interactions while using our system, helps reduce the barrier to entry for young users to create complex electro-mechanical devices, and provides unique shared AR-IoT experiences for both novices and expert users.

Funding

FW-HTF 1839971

OIA 1937036

IIP 1632154

History

Degree Type

Doctor of Philosophy

Department

Mechanical Engineering

Campus location

West Lafayette

Advisor/Supervisor/Committee Chair

Karthik Ramani

Additional Committee Member 2

Tahira Reid Smith

Additional Committee Member 3

Nielsen Pereira

Additional Committee Member 4

Alex Quinn