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The Office of Naval Research's Metamaterials program supports basic research on optical and acoustic metamaterials to control light and sound propagation over a large frequency range.

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

The Office of Naval Research's Extraordinary Materials for Extreme Conditions program aims to support basic and applied research efforts to design, discover and develop novel materials/structures with unique properties (Physical, Mechanical and Chemical etc.) for extreme operating conditions through employing traditional as well as novel - synthesis routes, processing, characterization techniques and modeling/simulation tools.

The Organic Photovoltaics program is part of the Office of Naval Research's Sea Warfare and Weapons Department.

Naval assets, large and small, spend months to years at sea exposed to considerable biofouling pressures. The Office of Naval Research's Biofouling Control and Coatings Program sponsors research to develop antifouling/fouling release coatings and the mechanics underlying such materials.

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.

Dielectric Films for Capacitors is an Office of Naval Research program.

The Office of Naval Research's Functional Polymeric and Organic Materials program is focused on exploring the inherent strengths/properties of organic and polymeric materials to bring new capability to the Navy.

The Office of Naval Research's Materials for New Sensor Modalities program is interested in basic research aimed at drastic or fundamental alterations of a material’s response to stimuli.

The Office of Naval Research's Electrochemical Materials program is focused on developing a fundamental understanding of charge (electron and ion) storage, transport and transfer mechanisms, and applying that knowledge to inform the development of materials, materials architectures and devices that address Navy and Marine Corps application power and energy needs.