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2.
Energy scavenging using piezoelectric sensors to power vehicle detection sensors
by Sharma, Varun, M.S.  California State University, Long Beach. 2015: 63 pages; 1603967.
3.
Reconfigurable Antenna and RF Circuits Using Multi-Layer Stretchable Conductors
by Liyakath, Riaz Ahmed, M.S.E.E.  University of South Florida. 2012: 119 pages; 1515400.
4.
Flexible and Stretchable Bacteria-Powered Biobatteries
by Gao, Yang, Ph.D.  State University of New York at Binghamton. 2020: 156 pages; 27955106.
5.
Inkjet Printed Thin Films and Graphene Nanohybrid Photodetectors and Sensors
by Cook, Brent K., Ph.D.  University of Kansas. 2020: 130 pages; 27997708.
6.
Large area all-elastomer tactile sensors for robotic skins
by Block, Peter, M.S.  University of Maryland, College Park. 2014: 101 pages; 1561001.
7.
Design and Automation for High Fidelity Flexible Hybrid Electronics
by Shao, Leilai, Ph.D.  University of California, Santa Barbara. 2020: 147 pages; 28089018.
8.
Flexible Electronics Encapsulation in Thin Polyester Films
by Limkaichong, Justin Sy, M.S.Eng.  University of Massachusetts Lowell. 2020: 121 pages; 28029231.
10.
Microfabricated piezoresistive shear stress sensors for underwater applications
by Barlian, Arnoldus Alvin, Ph.D.  Stanford University. 2009: 236 pages; 3351486.
11.
Fabbed to Sense: Integrated Design of Geometry and Sensing Algorithms for Interactive Objects
by Savage, Valkyrie Arline, Ph.D.  University of California, Berkeley. 2016: 129 pages; 10191122.
12.
Application of Capacitive Temperature Sensors for Food Processing Applications
by Mohammadazari, Pejman, M.S.  Southern Illinois University at Edwardsville. 2018: 46 pages; 13421017.
13.
Extrusion Based 3D Printing of Liquid Metallic Structures
by Gannarapu, Abhishek, Ph.D.  Washington State University. 2019: 140 pages; 13863879.
15.
Smart fabric sensors for foot motion monitoring
by Castano Salcedo, Lina Maria, M.S.  University of Maryland, College Park. 2010: 220 pages; 1489349.
16.
Distributed Security Paradigm for Resource-constrained Wireless Sensors in the Context of Internet of Things (IoT)
by Iqbal, Muhammad Aamir, Ph.D.  University of Louisiana at Lafayette. 2017: 130 pages; 10254391.
17.
Towards an Integrated Approach to Soft Robot Design
by White, Edward L., Ph.D.  Purdue University. 2017: 255 pages; 10268749.
19.
Quantum Dot Integrated Silicon Photonic Devices for Optical Sensor Applications
by Gaur, Girija, Ph.D.  Vanderbilt University. 2015: 210 pages; 13834895.
20.
A novel biostable three-dimensional porous collagen scaffold for implantable biosensor
by Ju, Young Min, Ph.D.  University of South Florida. 2008: 149 pages; 3326113.
21.
Development and evaluation of a flexible distributed robot control architecture
by Ellsberry, Andrew John, M.S.  University of Maryland, College Park. 2011: 115 pages; 1541595.
22.
Progression and Edge Intelligence Framework for IoT Systems
by Huang, Zhenqiu, Ph.D.  University of California, Irvine. 2016: 152 pages; 10168486.
23.
UbiBot: A System for Experimenting with Mobile Devices on a Wireless Network
by Vedar, Erwin Abad, M.S.  University of California, San Diego. 2011: 64 pages; 1502091.
24.
Photon-Counting Jot Devices for Quanta Image Sensor
by Ma, Jiaju, Ph.D.  Dartmouth College. 2017: 221 pages; 10637406.
26.
Nanowire and graphene-based vapor sensors for electronic nose applications
by Dan, Yaping, Ph.D.  University of Pennsylvania. 2008: 109 pages; 3346224.
27.
Flexible imaging for capturing depth and controlling field of view and depth of field
by Kuthirummal, Sujit, Ph.D.  Columbia University. 2009: 155 pages; 3348435.
29.
Latching microelectromechanical shock sensor systems: Design, modeling, and experiments
by Currano, Luke J., Ph.D.  University of Maryland, College Park. 2010: 226 pages; 3409868.
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