Leland Pierce

Papers

Total Citations

H-Index

About

Leland Pierce is a researcher whose work bridges aerospace engineering and advanced materials, with a focus on developing innovative antenna systems for small-scale robotic platforms. His key research areas include lightweight conformal antennas, bio-inspired robotics, and novel fabrication techniques for flexible electronics. Pierce’s major contribution lies in demonstrating that the wings of robotic flapping flyers can serve dual purposes—providing both aerodynamic lift and embedded communication capabilities. His most-cited paper, "Lightweight, Conformal Antennas for Robotic Flapping Flyers" (2014), has garnered 9 citations and introduces a groundbreaking method for constructing ultra-lightweight, high-strength polyimide nanopaper fabric. This work enables the creation of flexible, durable antennas that are seamlessly integrated into the wing structure, significantly reducing weight and complexity compared to traditional designs. Pierce’s research has practical implications for surveillance, environmental monitoring, and search-and-rescue operations, where small, agile drones require efficient, low-profile communication systems. His achievements highlight a creative synthesis of materials science and robotics, offering a scalable path toward more capable and resilient autonomous aerial vehicles.