Staff Analog & Mixed-Signal IC Designer - Power/ATE

Analog Devices, Inc.; Wilmington (MA); On-site; USD 131,000 - 190,000; Full time

Benefits offered by this job

Medical coverage

Vision and dental

401k

Paid vacation

Holidays

Sick time

Job summary

Analog Devices, Inc. in Wilmington, MA, is seeking a Staff Analog & Mixed-Signal Design Engineer for the Instrumentation business unit, focusing on ATE applications.

The role involves analysis, design, simulation, characterization, and release-to-production of high-performance ICs used in production testing of advanced devices. The ideal candidate has 10+ years in analog/mixed-signal IC design, strong leadership, and a track record of delivering complex MMICs, with travel up to 10% and

Qualifications

• MS or PhD in Electrical Engineering with 10+ years of analog IC design experience.
• Strong fundamentals in analog/mixed-signal design, tools and flows.
• Experience with amplifiers, DACs, ADCs, bandgaps, bias circuits, LDOs, and switching power supply circuits.

Responsibilities

• Lead medium and high-complexity ICs from architecture selection to implementation.
• Collaborate with cross-functional teams to define and deliver products.
• Perform transistor-level circuit design and simulation; block design and integration.
• Evaluate ICs in the lab and support layout, test, and product teams.
• Travel to support product definition up to 10%.

Skills

Analog design

Mixed-signal design

Leadership

Digital IC design

Power supply design

English language

Education

MS or PhD in Electrical Engineering

Tools

CAD/EDA

Job description

Analog Devices, Inc. in Wilmington, MA, is seeking a Staff Analog & Mixed-Signal Design Engineer for the Instrumentation business unit, focusing on ATE applications.

The role involves analysis, design, simulation, characterization, and release-to-production of high-performance ICs used in production testing of advanced devices. The ideal candidate has 10+ years in analog/mixed-signal IC design, strong leadership, and a track record of delivering complex MMICs, with travel up to 10% and