Timothy Hanson
Papers
1
Total Citations
2
H-Index
1
About
Timothy Hanson is a researcher focused on the intersection of biomedical engineering, assistive technology, and open-source hardware design. His work addresses critical challenges in prosthetics, particularly the development of accessible, low-cost myoelectric control systems. Hanson’s major contribution is the creation of the MyOpen platform, an open myoelectric signal processor designed as an input device for video gaming and hobby robotics. This innovation leverages larger consumer markets—such as gaming and robotics—to drive innovation in prosthetic technology, which has historically been stifled by the small size of the traditional prosthetic market (approximately 70,000 arm amputees in the U.S.). By making myoelectric control affordable and adaptable, Hanson’s work has the potential to democratize access to advanced prosthetic features. While his most-cited paper has 2 citations, its impact lies in its conceptual framework: challenging the status quo of prosthetic design by bridging niche medical needs with broader technological ecosystems. Hanson’s research is notable for its emphasis on open-source principles, aiming to accelerate innovation in a field that has seen little change since the Boston Arm project in 1965. His work inspires new approaches to assistive technology that prioritize accessibility and community-driven development.
Research Focus
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Top Papers
- 1