Lead FPGA Engineer will be responsible for leading/executing complex FPGA design projects and solutions. You will work in a global environment with skilled team of engineers creating and improving a state-of-the-art platform for use in every kind of power generation application.

Job Description Essential Responsibilities :

- Select the FPGA, CPLD family and chip suitable for the application.

- Develop FPGA design requirements based on system requirements document.

- Define FPGA interfaces with other circuitry along with hardware design engineer.

- Do FPGA programming, synthesis and simulation, timing analysis and optimization.

- Validate system along with the hardware and firmware design engineers to confirm about functionality, reliability, efficiency, compatibility and responsiveness.

- Work on FPGA-based solutions for interfacing real-time microprocessor systems to high speed Networks and I / O

- Actively drive design rigor and participate in relevant formal design reviews

- Contribute to board level reliability analysis and system FMEA

- Identify opportunities to modify/author DPs

- Identify cost-out opportunities and make technical proposals

- Lead/ Participate on teams assigned to address organizational initiatives.

Qualifications/Requirements :

- Bachelor / Masters in Electronics Engineering, Electronics & communication, Computer Engineering or equivalent.

- 8 to 10 years of experience in FPGA design, digital circuit design, system level analysis, Product Development life cycle including system and Sub-system Design

Desired Characteristics :

- Hands on experience in Verilog, VHDL, FPGA development tools, including design, synthesis, simulation, timing analysis, optimization, packaging and debug

- Expertise in Signal Integrity and simulations

- Hands on experience in developing the interfaces between FPGA and other devices like microprocessors, ADCs, transceivers and so on.

- Strong experience of High-speed digital designs, Proficiency in ECAD suite of tools either from Mentor Graphics or Cadence would be an added advantage.

- Should have a good understanding of EMI/EMC concepts related to high speed designs and debug issues.

- Experience working with Industry protocols like MODBUS, FF, CAN, Ethernet