It's quite refreshing to be able to wear two hats - that of a freelancer in development and marketing of holistic health education content and a full-time hardware engineer.In the field of hardware engineering, I am very keen to explore applications of embedded computing architectures, FPGAs, Design Patterns, modular architectures in the field of Machine Vision, Imaging Devices, Storage and Compression Devices. When I put on the holistic health hat, I love to help physicians make their content more relevant to people’s chronic conditions.HARDWARE ENGINEERING EXPERIENCE----------FPGAs : Altera, Xilinx, Lattice, QuickLogic.Microprocessor : PowerPC, MIPS, NIOS.RTL Logic Design & Simulation : Verilog, VHDL, C, Matlab.High Speed Board Designs : High Pin-count, high edge-rate, FR4 board stack up, layout guidelines, schematic capture, board qualification, etc.INDUSTRY--------Data Comm, Storage, Video and Image Processing.DESIGNS-------Protocol bridges; Data-Comm Switching planes; Image processing platforms; ASIC prototyping and emulation; 99.999% Uptime Compute Platforms for Embedded Systems.Specialties: High Performance, Low power FPGA logic design. Modular SystemVerilog, VHDL, multi-clock designs using internal memories, PLLs, SerDes, etc. System level simulation using SytemVerilog DPI.