Electromagnetics & Directed Energy Systems Research Unit
Investigating electromagnetic phenomena and directed energy technologies for sensing, communications, and protection.
Research Mission
The Electromagnetics & Directed Energy Systems Research Unit investigates electromagnetic phenomena and develops directed energy technologies for sensing, communications, electronic warfare, and infrastructure protection applications. The unit conducts research in antenna design, electromagnetic compatibility, high-power microwave systems, and laser technologies — providing the electromagnetic engineering expertise that underpins DARAS's advanced sensing, communications, and directed energy programs.
Key Research Functions
Antenna Engineering
Designing and characterizing antenna systems for communications, radar, and electronic warfare applications — developing compact, wideband, and conformal antenna solutions for integration into DARAS platforms and systems.
Directed Energy Research
Investigating high-power microwave and laser directed energy technologies — characterizing system performance, target interaction effects, and operational employment concepts for directed energy applications.
EMP Protection
Developing electromagnetic pulse protection solutions for critical infrastructure and electronic systems — analyzing EMP threat environments, designing hardening measures, and validating protection effectiveness through testing.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
Join This Research Unit
Pacific 7.0 International recruits scientists, engineers, and researchers committed to advancing knowledge in service of global security and humanitarian protection.