Hi, Greetings! ✅ I am widely experienced in Analog/Mixed-Signal, and RF IC Design using Cadence Virtuoso, ADS, OrCad, and LTSpice. ✅ My experience is summarized in the following projects which include designing some essential building blocks of analog ICs using Cadence Virtuoso such as: - A Low-Noise Amplifier Design at mm-Wave @28GHz. - A Power Amplifier Design at mm-Wave @28GHz. - Two Stage Miller OTA with certain required specs Cadence Virtuoso. - Two Stage Miller OTA with certain required specs using LTSpice. - Differential Amplifier with certain required specs. - Noise Simulation. - A Fully Differential Folded Cascode OTA with CMFB with certain required specs using Cadence Virtuoso. - A Fully Differential Folded Cascode OTA with certain required specs using L LTSpice. - A System Design for a Massive-MIMO mm-Wave Transceiver for 5G @28GHz. - Simple and Wide Swing Current Mirrors. - 5T-OTA with certain required specs. - Corners, and Monte Carlo Simulations. - A Bandgap Reference Circuit with certain required specs. - An 4-bit ALU Digital Design Using Cadence in both Behavioral Model, and T Transistor Level. - A 3-bit adder implementation using TTL ICs. - A multiplexer implementation using Cadence. ✅ I am experienced in using electronics softwares like: Proteus, Multisim, Modelsim, and MATLAB/Simulink. ✅ I am also experienced in Digital IC Design using VHDL, and familiar -with FPGAs programming, in both full-custom, and semi-custom. ✅ I mastered many digital, analog design concepts ,and made many projects which helped me to be professional in the field of analog/mixed signal IC design such as: -gm/ID Methodology. -One Stage OTA Topology. -Negative Feedback. -Common Mode Feedback (CMFB). -Variability and mismatch. -SR, and PSR. -Bandgap reference (BGR), and constant gm circuits. -LPF Design -Cascode amplifier Design. -Cascaded amplifier Design. -Operational Transimpedance Amplifier (OTA) Design. -Constant-gm Bias Circuit, PVT Corners, and Monte Carlo Simulation. -Layout and Verification. -Designing an RF project consisting of a complete transceiver (Transmitter, and Receiver). Regards, Ahmed