Responsibilities:
Design analog and power circuits, including schematic design and PCB layout, based on requirements and specifications.
Collaborate with a team to test, validate, and debug analog and power circuits.
Develop and implement calibration algorithms for accurate performance.
Characterize and evaluate the performance of analog and power circuit designs throughout various stages, from initial builds to production release.
Manage instrument hardware and oversee measurement, characterization, and calibration processes during the development phase and into production.
Design and modify test stations, analyze test data, and provide recommendations for product specifications.
Create comprehensive technical documentation for analog and power circuit designs.
Review, evaluate, and participate in setting production line specifications based on statistical data analysis.
Guide the transition of products and manufacturing processes into production and provide support throughout the entire product life cycle.
Basic Qualifications:
Bachelor/Master/PhD Degree in Computer Engineering or Electrical/Electronic engineering.
Min 5 years working experience in R&D or similar product generation environment as electronic and FPGA firmware engineer.
Strong proficiency in digital circuit design and FPGA firmware design.
Extensive experience in reading and understanding electrical schematics, technical drawings, datasheets, and written work instructions.
In-depth knowledge and experience in testing and trouble-shooting circuit and FPGA firmware design.
Good organizational skills and ability to thrive in a fast-paced, results-driven environment.
Hands-on experience with lab-based debugging and validation of circuits.
Self-motivated and capable of working independently while following high-level objectives.
Demonstrated analytical problem-solving skills and excellent communication abilities.
Proficiency in coding, synthesizing, and simulating Verilog and VHDL RTL implementations using Xilinx FPGA.
Desired Qualifications:
Knowledge of general communication protocols, such as I2C, SPI, JTAG, UART.
Familiarity with analog and digital measurement techniques.
Experience using electronic test and measurement equipment for validating analog and power circuits.
Experience with design using Intel FPGA (Cyclone V SoC) and Xilinx FPGA (Spartan 7) would be advantageous.
Proficiency in FPGA firmware CAD design tools Vivado and Quartus.
Understanding of hardware, firmware, and software/hardware interactions is highly desired
