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I will design schematics, pcb and antenna for rf, wireless and iot systems
About this Gig
Are you looking for high-performance engineering solutions that bridge the gap between theoretical physics and real-world application? Look no further.
I specialize in the design, simulation, and optimization of RF and Electronics systems and advanced signal processing. Whether you are building a custom communication module or need to refine a complex antenna array, I provide end-to-end engineering services using industry-standard tools.
Kindly message me before placing an order to discuss your project specs or frequency requirements. Let's turn your signals into reality!
- Antenna Design & Optimization: Microstrip patch, Dipole, Monopole, and custom Wideband antennas.
- Impedance Matching: Smith Chart analysis and lumped/distributed element matching for maximum power transfer.
- Filter Design: Low-pass, High-pass, Band-pass, and Band-stop filters (Butterworth, Chebyshev, etc.).
- Advanced Simulation: Full EM simulations (CST Studio, HFSS) to visualize radiation patterns and S-parameters.
- Schematic & PCB Layout: High-speed, multi-layer PCB design focused on signal integrity and EMI/EMC compliance (Altium, KiCad).
Software Expertise:
- CST Studio Suite
- Altium Designer
- KiCad
- ADS
- MATLAB
My Portfolio
Other Electronics Engineering Services I Offer
FAQ
Why is simulation necessary for my RF project?
In RF engineering, "guessing" is expensive. Simulation allows us to visualize electromagnetic fields, S-parameters, and radiation patterns before a single board is manufactured. This drastically reduces the number of hardware iterations and ensures your design meets regulatory standards.
Can you fix range and connectivity issues in existing hardware?
Yes. Most range issues stem from poor antenna matching or parasitic interference on the PCB. I use 3D electromagnetic simulation to identify the root cause of signal degradation and redesign the matching network or layout to achieve peak performance.
