Lead Electrical Design Engineer: FPGA & Power Systems

KLA; United States; On-site; USD 118,000 - 200,000; Full time

Benefits offered by this job

Medical

Dental

Vision

Life insurance

401(K) matching

ESPP

Tuition reimbursement

Career growth opportunities

Wellness benefits

Paid time off and holidays

Job summary

KLA Milpitas seeks an Electrical Design Engineer to drive the full design lifecycle, from requirements and feasibility to cost estimation and scheduling. You will design power distribution, temperature control, and FPGA models, while coordinating with teams across engineering and manufacturing.

Responsibilities include design tool usage (OrCAD, AutoCAD, PSpice, FPGA/EPDL), firmware collaboration, testing, data analysis, and supplier coordination to meet business goals.

Qualifications

• Doctorate, or Master’s with 3+ years relevant experience, or Bachelor’s with 5+ years relevant experience.
• Electrical engineering background with design experience and project leadership.
• Experience with design tools (OrCAD, AutoCAD, PSpice, FPGA/EPDL tools) and PLC programming.

Responsibilities

• Lead end-to-end electrical design, from requirements to scheduling and cost estimation.
• Design power distribution, temperature control, motion control/PID, and FPGA modeling.
• Plan, drive and close projects, ensuring scope, budget and timelines align with goals.
• Collaborate with mechanical, software, systems and manufacturing engineers for integration.
• Develop documentation, procedures and service manuals; liaise with suppliers.

Skills

Electrical engineering

Education

Doctorate

Master's degree with 3+ years related experience

Bachelor's degree with 5+ years related experience

Tools

OrCAD

AutoCAD

PSpice

Xilinx FPGA

Altera FPGA

EPLD development tools

Siemens PLC programming

Allen Bradley PLC

OMRON PLC

MATLAB

Python

Job description

KLA Milpitas seeks an Electrical Design Engineer to drive the full design lifecycle, from requirements and feasibility to cost estimation and scheduling. You will design power distribution, temperature control, and FPGA models, while coordinating with teams across engineering and manufacturing.

Responsibilities include design tool usage (OrCAD, AutoCAD, PSpice, FPGA/EPDL), firmware collaboration, testing, data analysis, and supplier coordination to meet business goals.