Interns

2017

Expeditionary Ladder Kit Design
Expeditionary Ladder Kit Design
Preliminary Design of a Waterless Decentralized Sanitation Facility for Rapid Deployment to Military Installations
Improving the Safety of the Elevated Causeway System. Modular (ELCAS-M)
Preliminary Design of a Waterless Decentralized Sanitation Facility for Rapid Deployment to Military Installations
Improving Concrete Lifespan in Marine Environments using Internal-Curing Materials
Improving the Safety of the Elevated Causeway System. Modular (ELCAS-M)
Preliminary Design of a Waterless Decentralized Sanitation Facility for Rapid Deployment to Military Installations
Password Cracking and Malicious USB Devices
Password Cracking and Malicious USB Devices
Improving the Safety of the Elevated Causeway System. Modular (ELCAS-M)
Password Cracking and Malicious USB Devices
Expeditionary Ladder Kit Design
Examining the Radio Connectivity of Small Barbell Communication Buoys
Examining the Radio Connectivity of Small Barbell Communication Buoys
Improving Concrete Lifespan in Marine Environments using Internal-Curing Materials
Examining the Radio Connectivity of Small Barbell Communication Buoys

2016

Toward NetZero CLUS: a New Method to Minimize Dust-induced Efficiency Losses in Solar Panels
Corrosion Resistant Reinforced Concrete for Marine Environments
Toward NetZero CLUS: a New Method to Minimize Dust-induced Efficiency Losses in Solar Panels
Design of a Boarding System for LARC-V A1/A2 Vehicles
Design of an Optical Fiber Link for Small Buoys
Design of an Optical Fiber Link for Small Buoys
A Renewable Energy Integration Tool
Corrosion Resistant Reinforced Concrete for Marine Environments
A Renewable Energy Integration Tool
Toward NetZero CLUS: a New Method to Minimize Dust-induced Efficiency Losses in Solar Panels
Design of an Optical Fiber Link for Small Buoys
Toward NetZero CLUS: a New Method to Minimize Dust-induced Efficiency Losses in Solar Panels
Corrosion Resistant Reinforced Concrete for Marine Environments
A Renewable Energy Integration Tool
Design of a Boarding System for LARC-V A1/A2 Vehicles

UCSB California NanoSystems InstituteNAVFACONR