Electrical Engineer with experience in Hardware Software Co-design for Mixed Signal Embedded Systems.FPGA/ASIC DESIGN- Logic design (RTL Digital Design) using Verilog, SystemVerilog, VHDL- High Level Synthesis (HLS) in C, C++, SystemC- Experience with industry standard interfaces such as PCIe, AXI, DDR, DMA- GUI or HDL based Integration of IP blocks in Block designs using standard AXI interface- Creating TCL Design constraints (XDC) to specify pin allocation, IO standards/delays, clocks, false paths- Functional Verification (driver, sequencer, monitor, scoreboard, constraint random) using UVM, CocoTB- In-circuit debugging using ILA Chipscope (TCL constraints or HDL entry) and Platform cable (JTAG) - Script driven ASIC CAD tool-flow involving specification of Target Device/Cell Library, Analysis, Environment, Constraints, Synthesis, Simulation, Reporting (timing, area, power, netlist, waveforms)- Design tools: Xilinx Vivado, Intel Quartus, Synopsys Design Compiler (DC)- Simulation tools: Mentor Graphics Questasim, Cadence Incisive- FPGA Architectures: Xilinx (Spartan, Zynq SoC, UltraScale), Intel/Altera (Cyclone III, IV SoC)PRINTED CIRCUIT BOARD DESIGN (PCB)- Schematic Capture of Analog Mixed Signal Circuits with ERC (Electrical Rule Checks)- Printed Circuit Board (PCB) Layout with DRC (Design Rule Checks)- Experience with PCB design involving components such as Mixed Signal SoC, PMIC, DAC, ADC, TDC, OpAmp, Sensors, Passive devices, Antenna, Impedance Matching Circuits (Smith charts)- Tools: KiCAD, OrCADPRACTICAL LAB SKILLS- Hands on experience using test equipment: Oscilloscope, Logic analyzer, Multimeter, Signal generator, Vector Network Analyzer (RF)- Prototyping using evaluation boards, breadboards, jumper wires, soldering.- Ability to read data sheets, user guides, schematics, PCB layout, BOM, research papersLOW-LEVEL SYSTEM SOFTWARE- Embedded Software Development (Middleware) in C++ - Firmware Development (Baremetal) in C - Algorithm Acceleration using C++, CUDA, Intel VTune for Heterogeneous Architectures (Intel Multicore CPU, NVIDIA GPU)- Baseband Signal Processing (L1) in C for 4G/LTE Base Stations (eNodeB)- Python Programming, Make files, GIT, Linux command line- Multi-threading, Event-driven & Finite State Machine design, Ultra Low power optimizations- Peripherals: SPI, I2C, UART, DMA, GPIO, Timers, Interrupts, Bluetooth Low Energy (BLE), Clock control- Mixed-Signal SoC Microcontroller(ARM): Analog Devices (ADUCM350EBZ), Nordic (NRF52832, NRF51822), Texas Instruments (MSP430)