We take RF and mechanical engineering programs from concept through validated design — design, Ansys-based simulation, thermal analysis, and physical testing, delivered as a single engagement or as focused support to your team.
RF and mechanical concept development, requirements definition, and architecture trade studies.
Ansys-based electromagnetic, structural, and thermal simulation to validate performance before hardware is cut.
Prototype build-up and lab testing to confirm the simulated performance holds in the physical part.
Results, reports, and design recommendations handed back to your team, ready for the next design cycle.
Engage us for a full program or drop us in where your team needs an extra set of hands and tools.
Antenna, RF front-end, and link-budget design for sensing, communication, and power-transfer applications.
Structural and mechanical design for sensors, enclosures, and mounting systems, built for manufacturability.
Electromagnetic (HFSS-class) and structural finite-element simulation support — model setup, meshing, solving, and results review for your Ansys workflow.
Thermal analysis of RF and electronic assemblies — heat dissipation, hot-spot identification, and thermal management design.
Rapid prototyping of RF and mechanical assemblies to move from simulated design to a testable physical unit.
Bench and environmental testing to characterize RF performance, mechanical response, and thermal behavior against spec.
Tell us where you are in the design cycle and what you need validated.