Bob C. Schroeder
Papers
2
Total Citations
57
H-Index
2
About
Bob C. Schroeder is a leading researcher in the field of organic thermoelectrics and flexible electronics, with a particular focus on developing self-powered, stretchable sensor systems. His major contributions center on engineering n-type thermoelectric composites—a traditionally challenging material class—by integrating conductive coordination polymers like Na<sub>x</sub>(Ni-ett)<sub>n</sub> into polyurethane matrices. This innovative approach enables the creation of devices that harvest body heat to generate electrical signals without external power sources. His seminal 2019 work, which has garnered 37 citations, demonstrated the first flexible, stretchable multi-sensors based on this n-type thermoelectric response, paving the way for maintenance-free wearable health monitors and soft robotics. Building on this, his 2021 study (20 citations) further enhanced sensitivity and stretchability by incorporating graphene oxide, pushing the boundaries of self-powered sensing. Schroeder’s research uniquely bridges materials chemistry and device engineering, addressing the critical power challenge in off-the-grid electronics. His work is widely recognized for its potential to revolutionize the Internet of Things and biomedical monitoring, establishing him as a key innovator in sustainable, energy-harvesting smart materials.
Research Focus
Key Achievements
Top Papers
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