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The Littoral Geosciences and Optics program (ONR 322LO) supports basic and applied research for expeditionary warfare, naval special warfare, mine warfare and antisubmarine warfare in shelf, near-shore, estuarine, riverine and riparian environments, with a particular emphasis on robust 4D prediction of environmental characteristics in denied, distant or remote environments.

The Office of Naval Research's multi-scale mechanics research area endeavors to develop multiscale and multiphysics mechanics theories that bridge the nano scale to the continuum scale to predict material and structural strength.

The Human Interaction with Autonomous Systems program aims to create cognitively-compatible intelligent autonomous systems and robots that could serve as teammates with humans, enabling peer-to-peer collaboration among humans, robots, intelligent agents and autonomous systems.

The Laser Weapons and Combat System Integration Program is part of the Office of Naval Research's Naval Air Warcraft and Weapons Department.

The Arctic and Global Prediction program is motivated by the observed changes in the physical Arctic environment, and the desire to better understand and predict this environment at a variety of time and space scales.

The Office of Naval Research's RF Surveillance program focuses on radio frequency (RF) sensors for naval surveillance applications, including surface, shipboard and air. Interest spans the electromagnetic spectrum from HF through mmW, including active and passive, organic as well as distributed RF sensing approaches, including an emphasis on RADAR.

The Office of Naval Research's Chemical Physics program seeks to deepen the understanding of the interactions between Naval systems and the chemicals that surround them.

The objective of the Office of Naval Research's RF Semiconductor Devices, RF Solid State Amplifiers and Wide Bandgap Materials program is to develop solid state (e.g., wide bandgap semiconductor), low noise, high speed electronic devices and circuits for use in surveillance, electronic warfare, multifunctional RF systems and communications.

The Strategic Competition Program invests in basic and applied research to further our understanding of strategic competition, develop capabilities to counter grey zone actions, and identify opportunities to enhance cooperation with allies and partners, particularly in terms of access, basing, and overflight.

The aim of Bio-Inspired Autonomous Systems is to extract principles of sensorimotor control, biomechanics and fluid dynamics of underwater propulsion and control in aquatic and amphibious animals that underlie the agility, stealth, efficiency and sensory adaptations of these animals.