Senior Analog/Mixed-Signal Engineer for HealthTech Wearables

Analog Devices, Inc.; Milano; On-site; EUR 70,000 - 100,000; Full time

Job summary

Analog Devices, Inc. seeks a Senior Analog/Mixed-Signal Design Engineer in Milano, Lombardia, to design low-power, high-performance AFEs for wearable and clinical healthcare. You will drive silicon evaluation, product introduction, and collaborate across a skilled team to translate specifications into robust silicon and test solutions.

Required BSEE with 2+ years or MSEE/Ph.D. in high-performance analog design, with hands-on experience in data-converter techniques and transistors-level design.

Qualifications

• Bachelor of Science in EE (BSEE) with 2+ years of design experience or advanced degree in high-performance analog design.
• Masters/PhD in high-performance analog design strongly preferred for senior/lead roles.
• Experience with IC design from spec to layout supervision is desirable.

Responsibilities

• IC design from spec to layout supervision.
• Develop behavioral models for system-level simulation and verification.
• Silicon evaluation and characterization for product introduction.
• Assist test engineering with design for test and manufacturability.
• Operate with cross-functional teams to meet schedules.

Skills

IC design

Behavioral models

Data converters

Project scheduling

Communication

Transistor-level design

Analog/digital modeling

Cross-functional teamwork

Operational amplifiers

Education

BSEE with 2+ years

MSEE/Ph.D. in high-performance analog design

Tools

Cadence

Spectre

HSPICE

Job description

Analog Devices, Inc. seeks a Senior Analog/Mixed-Signal Design Engineer in Milano, Lombardia, to design low-power, high-performance AFEs for wearable and clinical healthcare. You will drive silicon evaluation, product introduction, and collaborate across a skilled team to translate specifications into robust silicon and test solutions.

Required BSEE with 2+ years or MSEE/Ph.D. in high-performance analog design, with hands-on experience in data-converter techniques and transistors-level design.