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The Office of Naval Research's Computer-Aided Materials Design (CAMD) program funds research projects in materials design.

The Office of Naval Research's Acoustic Transduction Materials and Devices program supports basic and applied research on materials and device technologies for Navy applications that generate, detect and suppress undersea signal for navigation, threat detection, weapons guidance, communication and the like.

The Command Decision Making program is advancing cognitive theory and computational modeling to create decision support tools for warfighters that are mission and task sensitive, and therefore proactive in providing relevant information at appropriate times.

The Explosive Hazards Defeat (EHD) program invests in basic research, applied research and advanced technology development to support development of new capabilities in on-the-move standoff detection and neutralization of explosive hazards.

The Office of Naval Research's Marine Meteorology and Space program sponsors innovative basic and applied research in the broad thrust areas of atmospheric prediction and processes, atmospheric effects, air-sea interaction, atmospheric boundary layer processes, satellite remote sensing, and ionospheric analysis and prediction.

The goal of the Office of Naval Research's Electronic Warfare program is to control the electromagnetic spectrum by exploiting, deceiving, or denying enemy use of the spectrum while ensuring its use by friendly forces.

The Office of Naval Research's Structural Metals program emphasizes developing the fundamental understanding needed to discover, design, and produce high-performance structural metals.

The Office of Naval Research Computational Methods for Decision Making Applied Research Program is composed of three thrusts—Large-scale Distributed Decision-making, Automated Image Understanding and Resource Optimization.

The Office of Naval Research's Nanoscale Computing Devices and Systems Program objective is to study the electronic, optical and magnetic properties of, and potential device functionalities in, nanometer scale materials and structures.