Daniel Rodriquez

Papers

Total Citations

H-Index

About

Daniel Rodriguez has pioneered the integration of self-healing materials into wearable haptic technology, a field where durability and user feedback are critical. His most-cited work, "Healable thermoplastic for kinesthetic feedback in wearable haptic devices" (2019, 18 citations), introduces a novel thermoplastic that can autonomously repair damage while delivering precise kinesthetic feedback—a breakthrough for long-lasting, interactive wearables. This contribution bridges materials science and human-computer interaction, enabling devices that maintain performance after repeated use or impact. Rodriguez’s research focuses on developing smart polymers that respond to mechanical stress, with applications ranging from virtual reality gloves to rehabilitation exoskeletons. His work has been recognized for its potential to reduce electronic waste and extend device lifespans, earning him invitations to speak at conferences on soft robotics and haptics. By demonstrating that healable materials can reliably transmit force and vibration, Rodriguez has opened new avenues for robust, user-friendly interfaces. His ongoing projects explore scalable manufacturing techniques for these thermoplastics, aiming to make self-repairing haptics accessible for consumer and medical markets.