Geosynchronous Satellite Communications in the Paciifc Rim

FLEETWERX and Naval Postgraduate School assessment event for secure advanced manufacturing & repair (SAMR) artificial intelligence (AI) & machine learning (ML)

FLEETWERX and Naval Postgraduate School assessment event for secure advanced manufacturing & repair (SAMR) digital Infrastructure (DI) & command and control (C2)

FLEETWERX (FWX) will conduct an Assessment Event (AE) to identify Subject Matter Experts to support the Technology Transition and Integration goals of the Naval Postgraduate School’s Joint Interagency Field Experimentation (JIFX) event.

FLEETWERX and Naval Postgraduate School assessment event for attritable UxS for parts delivery (AUPD)

FLEETWERX and Naval Postgraduate School assessment event for littoral & expeditionary advanced manufacturing & repair technology (LEAMR)

Joint Interagency Field Experimentation 26-2

FLEETWERX and Naval Postgraduate School conduct an assessment event for rapid prototyping of a modular payload for an unmanned platform

This project aims to allow innovators in industry, academia, and government to demonstrate their capabilities in a simulated contested logistics environment for operational validation.

FLEETWERX (FWX), in collaboration with Naval Postgraduate School (NPS) will conduct an Assessment Event (AE) to identify capabilities and expertise that will provide a competitive advantage to one of NPS’ top priorities: The Maritime Industrial Base (MIB).

An opportunity to virtually present your innovative solutions and capabilities in the area of energy resilience.

The Naval Postgraduate School will hold a reverse pitch event focused on space, autonomy and sustainment technology developed at NPS.

FLEETWERX (FWX), in collaboration with Naval Postgraduate School (NPS) will conduct an Assessment Event (AE) to find Advanced Manufacturing solutions that will provide point-of-need solutions and reduce the reliance on traditional reach-back logistics.

This project seeks to develop the necessary tech data to additively manufacture select sand cores. The AM process is expected to drastically decrease the number of defects caused by the tooling process.

FLEETWERX, in collaboration with NPS and OUSD A&S ICAM Office, is conducting an Assessment Event to find solutions that improve magnesium casting simulation software by conducting a Design of Experiments (DOE) to enhance the prediction and prevention of segregation defects in magnesium gearbox sand castings for multiple DoD programs.

FLEETWERX will host a series of events to identify organizations with technologies relating to machinery, robotics, and integrated IT systems.