• Bachelor’s degree or higher in electrical engineering or equivalent.
• Experience and competence in some or all of the following areas:
  • Analog Circuit Design
    • DC Power Supplies
    • Batteries and charging Systems
    • AC Inverters
    • Data Acquisition (Signal conditioning, ADC/DAC)
    • Motor Drives
    • Transistor Control and drive circuits (BJT and MOSFET) (With GaNFET knowledge a plus)
  • High Speed Digital Circuit Design
    • Programming with HDL for FPGAs
    • Programming with C, C++, C# language/dialects for embedded processors
    • Xilinx Virtex 4 and 5 devices
    • Microsemi ProAsic and RTAX knowledge a plus
    • Microcontroller/Microprocessor Designs
    • Communication Interface Design
    • FPGA TestBench Design
    • Strong Verification/Validation Background
  • CAD Tools
    • Schematic Capture and PCB Layout – DxDesign preferred
    • Analog circuit Simulation – Pspice (OrCAD), LTspice preferred
    • FPGA Design – Microsemi Libero/Xilinx ISE/ModelSim preferred
• Systems integration and testing experience.
• Ability to read and understand mechanical drawings, electronic schematics, and software flowcharts
• Familiarity with Microsoft Project and Access preferred.

Key Results:

• Create HDL code and/or “C” code that meet or exceed product requirements and specifications 
• Create electronic hardware designs that meet or exceed product requirements and specifications
• Generate documentation for the designs created, including but not limited to design analysis and “as built” measurements and results
• Develop product specifications that meet or exceed customer requirements and that are within customer and Company deadlines and budget
• Assure product quality by designing electrical testing methods; testing finished products and system capabilities
• Prepare technically complete Data Reports and Design Review data packages achieving first pass customer approval/acceptance.

Responsibilities may include, but are not limited to:

• Digital and/or analog circuit design
• HDL programming of FPGA devices
• System and firmware architecture that meet or exceed requirements, specifications, time and budget goals.
• Component research and selection.
• Prepare for, attend and make technical presentations to existing and prospective clients (e.g. design reviews, technical interchange meetings, etc.).
• Interface with other engineering team disciplines.
• Developing efficient and cost-effective, best-value type product designs.

Others as identified and assigned