Daniel J. Gonzalez
Massachusetts Institute of Technology, United States Military Academy
Papers
4
Total Citations
48
H-Index
2
About
Daniel J. Gonzalez is a roboticist whose work bridges novel mechanism design and autonomous control for challenging real-world applications. His most impactful contribution is the development of the **Triple Scissor Extender (TSE)** , a six-degree-of-freedom parallel robot that uses three scissor mechanisms to achieve an extendable, high-reach structure. This design, detailed in his 2017 paper (34 citations), was specifically tailored for aircraft assembly, enabling precise end-effector positioning in hard-to-reach spaces. Gonzalez also tackles the problem of autonomous aerial landing in emergencies, designing a quadrotor system that uses perception-guided, active asymmetric skids to safely land on slopes up to 40°, a capability critical for disaster response. His work extends to agile ground robots, where he compared feedback linearization and adaptive backstepping control for stabilizing a four-wheel independent drive and steering robot mid-air. Additionally, his early work on a low-cost, open-source underactuated robot gripper demonstrates a commitment to accessible, rapid-prototypeable hardware. Through these contributions, Gonzalez demonstrates a consistent focus on creating practical, high-performance robotic systems for inspection, assembly, and emergency scenarios.
Research Focus
Key Achievements
Top Papers
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