Job Description Summary

Lead Hardware Design and Validation Engineer will be responsible for leading the electronic hardware design including the regulatory testing and validation of electronics boards-based solutions for real-time control applications in the power generation industry. You will work with a cross-functional, highly skilled team to create and improve a state-of-the-art platform for use in every kind of power generation application, including wind, solar, battery storage, gas, steam, and hydro-electric.

Job Description

Essential Responsibilities

As the lead Electronics hardware Design engineer, you will:

• Engage in new product introduction, design, prototype, test, supplier interfaces, manufacturing hand-off.
• Interface with Contract manufacturer to establish processes and support qualifying SKUs for engineering.
• Designing mixed signal circuits using microcontrollers, FPGA, ADC, DAC, Multiplexer, OPAMPs & discrete components etc.
• Select the FPGA, CPLD family and chip suitable for the application.
• Do FPGA programming, synthesis and simulation, timing analysis and optimization.
• evelop FPGAD
• Component selection, circuit design, design calculations, schematic entry, coordinating with layout Engineer, DFR, DFM, coordinating with manufacturing to produce PWA’s.
• Designing circuit boards for meeting product safety .EMI-EMC requirements.
• Preparing detailed design document, testing hardware prototypes (using Lab Equipment’s like DMM, Oscilloscopes, Function generators etc.), analyzing results and test report.
• Troubleshoot and resolve defects and failures during production builds
• Perform signal integrity analysis along with layout engineer.
• Validate the design from functional, thermal and precompliance view.
• Support cost-out opportunities
• Participate in organizational initiatives

Qualifications/Requirements

• Bachelor / Master in Electronics, Electronics & communication Engineering or equivalent.
• 7 + years of experience in Mixed signal circuit design, system level analysis, Product Development life cycle including system and Sub-system Design. Design for Manufacturability & Reliability, Technical Regulations, and standards
• Hands on experience in conducting test validation, EMI-EMC (CS, EFT, Surge, RS, RE, ESD).
• Proven analytical and organizational ability.
• Strong interpersonal and leadership skills.
• Strong oral and written communication skills.
• Effective problem identification and solution skills.
• Ability to Mentor and effective work in Cross-functional teams.

Desired Characteristics

• Experience of Designing Digital Electronics, high speed design, Analog and mixed signal design, Dealing with design life cycle.
• 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
• Experience in high end PCBA assembly processes.
• Proficiency in ECAD suite of tools from Cadence.
• Expertise in Signal Integrity and simulations
• Deep knowledge of compliance requirements.
• Experience in Agile methodology.

Additional Information