T-Rex Successful, Slightly Famous, Autistic Adult

Open Source Assistive Devices and Possibly Inspirational Stories.

PhD Vision

Scaling Assistive Agency through Open Source

A working vision document on transitioning T-Rex Talk from a single tool into PhD-level research — open, collaborative, and human-led.

Working document

I’m in Chiang Mai in part to discuss the possibility of doing my PhD work at Chiang Mai University. Right now this isn’t PhD work yet — this is a passionate document about how it becomes PhD work and why that matters. An academic version, iterated with Gemini, also exists and is linked at the bottom of this page.

The core philosophy: T-Rex Talk

The current landscape of Augmentative and Alternative Communication (AAC) often leaves the most important stakeholders — the user and their immediate support network — as passive consumers of rigid, expensive technologies.

T-Rex Talk is shifting from a single tool to a diverse set of communication devices and open-source frameworks. This PhD research seeks to ensure that the people who best know a special-needs individual can build, modify, and evolve the specific tools that work for them.

Research motivation: the problem of abandonment

Proprietary assistive tech carries a high risk of technological abandonment. If a company shuts down or a model is discontinued, the user loses their “voice.”

  • The open-source imperative: I believe open source is the only ethical path for AAC. It ensures that the user is never left abandoned by corporate cycles.
  • The maker advantage: By leveraging the global maker movement, we can now collaborate across the world to affordably iterate on software, electronics, and physical interfaces (like 3D-printed buttons). T-Rex Talk lives at the intersection of these three disciplines.

Proposed research pillars

1. From stop-gap to bespoke systems

I’m interested in how “found” objects — like dog-talking buttons — can serve as immediate communication bridges while waiting for professional therapy. My research will study how we can transition these low-cost, 2-part-plus-print builds into sophisticated, personalized communication suites.

2. The collaborative “toolbox”

We don’t know what we don’t know, but a global community might. By sharing and publishing our hardware designs and software, we can:

  • Connect with families in similar situations.
  • Crowdsource solutions from unaffiliated creators.
  • Expand our device library to fit diverse physical and cognitive abilities.

3. The clinical seminar model

A central goal of this PhD is to create a multidisciplinary “Seminar Class” environment. This team will:

  • Analyze the needs of specific individuals to build custom solutions.
  • Simultaneously expand the global T-Rex Talk toolbox.
  • Bridge the gap between “grassroots making” and peer-reviewed academic rigor.

Conclusion

The goal of this doctorate is to prove that high-impact, low-cost, and hyper-personalized AAC is most effective when it is open and collaborative. By expanding the scope of T-Rex Talk into formal research and publication, I aim to reach more people, invite more contributors, and validate the power of maker-led assistive technology.

Feedback is appreciated — thank you.

Share feedback View on GitHub → Academic version →