OVERVIEW:An engineer with broad experience in RF electronics, Power Amplifiers, Antennas, Signal Integrity, and Metasurfaces. His relevant experiences combined with a set of interpersonal and simulation skills enable him to bring quality, vision, and success to any project.Solid background in:• RF Power Amplifiers | Matching Networks | RF Filters, Mixers and LNAs• Transistor level analysis (Large/Small signal analysis) | Analog Circuit Design• Antenna Design | 5G & mmWave Antennas | Antenna Array Design• PCB Design, Debugging & Troubleshooting | Layout tools• Electromagnetic Compatibility (EMC) | Signal Integrity | Shielding• Feeding Networks (Microstrip, SIW, CPW, RGW)• Butler Matrix (Phase Shifters, Couplers, Crossovers, Power Dividers)• Frequency Selective Surfaces | Metasurface Design | EBG structures• Machine Learning (Non-linear Regression) | Optimization MethodsSkills & Experiences:• Experienced in designing and laying out microwave circuits (ADS)• Experienced in designing RF power amplifiers/ LNAs (ADS)• Skilled in making 3D EM simulations of circuits, antennas, filters and RF components (HFSS/CST)• Skilled in system analysis for power, gain and noise figure budget (ADS)• Skilled in MATLAB programming for post processing analyses.Simulation Tools: • Keysight ADS• ANSYS HFSS• CST Studio Suite• Cadence Virtuoso• Altium Designer• MATLAB• C/C++Equipment Knowledge: Network Analyzer, Vector Voltmeter, VNA Calibration kits, RF/ Gunn Oscillator, SWR/Power Meter, Dual Directional Couplers, Storage Oscilloscope, Anechoic Chamber gain/pattern measurementsRF Electronics Knowledge: Power Amplifiers, Low Noise Amplifiers (LNA), Transmission Line Theory, S-Parameters, N-port Network analysis, Group Delay, VSWR, Return/insertion Loss, Matching Networks, Smith Chart, Gain Circles, Noise Figure Circles, Stability Circles, P1dB, IP3, Q-Factor, Couplers, Power Dividers, Waveguide modes, T-junctions, CirculatorsAntenna Knowledge: Gain, Directivity, HPBW & FNBW, Polarization, Efficiency, Effective Aperture, NF to FF, Leaky waves, Fringing Effects, Beam forming, Butler Matrix, ArraysEMC/ Signal Integrity: High-Speed Digital Interconnects, Spectrum analysis, Time Domain Analysis, FCC regulations based on the different EMI problems, Crosstalk, Equivalent Circuit Model, EMI Shielding and Shielding EffectivenessRelevant Course Works: Wireless Communications, Microwave Engineering, Antenna Theory, Active Microwave Circuits, Microstrip Antennas, Electromagnetic Compatibility, Computational Electromagnetics, Optimization Methods