Lead Analog IC Design & Verification Engineer

Skyworks Solutions, Inc.; New Buffalo (IA); On-site; USD 91,200 - 177,200; Full time

Benefits offered by this job

Health benefits

401(k) plan

Employee stock purchase plan

Paid time off

Incentive plan

Job summary

Skyworks Solutions, Inc. is seeking an Analog IC Design and Verification Engineer in Cedar Rapids to lead lab testing, verification, and IP qualification across analog/RF technologies. You will work with IP blocks, drive verification in simulation and lab environments, and contribute to fuse and VOIP processes.

You will partner with analog/RF designers to ensure reliable IP across CMOS processes, and help advance IP lab methodologies and tape-out readiness in a collaborative, fast-paced setting.

Qualifications

• BS+5 years or MS+3 years in EE or related field.
• Experience with analog IC test and verification engineering.
• Strong documentation and presentation skills.

Responsibilities

• Lead lab testing and evaluation of analog IP including fuses and OTP/NVM.
• Lead lab testing and evaluation of RF IP designs in new technologies.
• Verify analog and RF IP designs in simulation.
• Develop IP verification methodology and lab processes.
• Coordinate DOE testing to set programming voltages for fuses.
• Ensure qualification schedules align with tape-out timelines.

Skills

Analogue IC verification

Python programming

Jira

Statistical analysis

Communication

Team collaboration

Education

Bachelor's degree in EE

MS in EE

Tools

Cadence Virtuoso

Keysight ADS

JTAG/Debug

Job description

Skyworks Solutions, Inc. is seeking an Analog IC Design and Verification Engineer in Cedar Rapids to lead lab testing, verification, and IP qualification across analog/RF technologies. You will work with IP blocks, drive verification in simulation and lab environments, and contribute to fuse and VOIP processes.

You will partner with analog/RF designers to ensure reliable IP across CMOS processes, and help advance IP lab methodologies and tape-out readiness in a collaborative, fast-paced setting.