
Precision RF, power, and control engineering for defence, aerospace, and scientific research
Vidyunix designs, simulates, and builds the specialized electronic systems that modern radar, avionics, and particle accelerators depend on — engineered in India to international standards.
Four disciplines, one engineering team.
From waveguide components to control electronics, Vidyunix covers the full signal and power chain required for complex electronic subsystems.


Power Electronics
Solid-state amplifier design, protection circuits, pulse power, and HV subsystems for demanding duty cycles.
Control Systems
Alarm management to ISA 18.2, sequencing logic, and instrumentation for safety-critical operations.
RF & Microwave
Waveguide components, resonators, filters, and couplers. Design-through-measurement capability with VNA characterisation.
PCB Design
RF, mixed-signal, and power PCB layout in KiCad — schematic capture through fabrication documentation.
Built for missions where the specification is the starting point.


Aerospace
Ground station, telemetry, and satellite communication hardware designed for reliability and long-duration operation.
Scientific Research & Accelerators
Bunching cavities, beam position instrumentation, directional couplers, and magnet subsystems for research facilities.
Defence
RF signal chains, amplifier protection, and subsystem integration aligned with India's Atmanirbhar Bharat priorities.
Engineering judgement, built from first principles.


Simulation-led design
Every delivery is preceded by parametric simulation. Clients see the trade-off surface — geometry, frequency, loss, field distribution — before any metal is cut or board is spun.
Made in India, built to specification
A Mumbai-based team delivering against the tolerances of international accelerator physics and the reliability demands of defence procurement.
Physics to hardware
We routinely translate published accelerator physics and microwave theory — Bethe small-hole coupling, transfer matrix analysis, Siverns helical resonator design, Chebyshev filter synthesis — into working simulation tools and hardware.
A sample of the work.
Cross-guide and multi-hole coupler design using Bethe small-hole theory, with parametric sweeps across frequency, coupling, and directivity.
Button-type beam position monitor simulator modelling signal generation, transmission, and conditioning for accelerator timing applications.
KiCad schematic and layout for solid-state power amplifier protection circuits with fault monitoring and controlled turn-on sequencing.
Python and Tkinter alarm annunciator with rationalised handling, first-out indication, and operator-facing displays — ISA 18.2 compliant.
Have a specification in hand?
Whether you need a waveguide component designed from published theory, a power amplifier protection circuit prototyped, or an alarm management system architected to ISA 18.2, we will respond with a technical proposal.
Vidyunix
RF, power, and control engineering for defence, aerospace, and scientific research.
Contact
© 2026 Vidyunix Systems Pvt. Ltd. All rights reserved.
Mumbai, Maharashtra, India








