MZA ASSOCIATES CORP

For this Phase II proposal, MZA and Etegent Technologies Inc. have teamed to leverage our complementary skill sets and put together a comprehensive force emulation solution for DE systems. MZA has ext ...

MZA proposes to build on the conceptual design and modeling activity performed during Phase I to develop a preliminary design for a low-SWaP beam control system for general airborne directed energy ...

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MZA is proposing to build on the Phase I work that leveraged both finite element modeling (FEM) and additive manufacturing (AM) to simultaneously reduce the size, weight and power (SWaP) and improve t ...

Free-space optical communication (FSOC) provides a much higher modulation bandwidth than RF communication. Narrow optical beams provide enhanced security, although they are much more sensitive than RF ...

MZA and Notre Dame will apply the aero-mechanical modeling techniques developed during Phase I toward the development of a new Hybrid Integrated Turret for Extended-Capability HEL (HITECH) for aircraf ...

MZA is proposing to use both system and component level finite element modeling along with rapid prototyping enabled by additive manufacturing (AM) to iteratively design and test low SWaP optical moun ...

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Hypersonic air vehicles are being developed for a variety of military applications because of their global reach and rapid response ability. EO/IR sensors on these platforms need to provide high-quali ...

MZA proposes development of a Directed Energy Environmental Decision System (DEEDS) providing a decision aid combining the use of a scaling law modeling tool, Scaling for HEL and Relay Engagements (SH ...