Senior Embedded Software Architect - Digital Healthcare

Analog Devices; Dilovası; On-site; TRY 350,000 - 650,000; Full time

Job summary

Analog Devices is seeking a Staff Embedded Software Engineer for the Digital Healthcare team. You will architect and develop embedded software platforms enabling health monitoring, disease management, and digital biomarker apps across wearables and medical devices.

You will lead technical strategy across multidisciplinary groups, shaping robust software architectures that meet regulatory and clinical requirements while driving innovation in sensing technologies and patient outcomes.

Qualifications

• Must have advanced embedded software architecture experience.
• Strong hardware–software integration and SoC development skills.
• Experience with real‑time processing of physiological data is a plus.

Responsibilities

• Lead architecture and design of complex embedded software systems.
• Drive integration of Digital Healthcare algorithms and datasets.
• Define software architectures to meet regulatory and clinical needs.
• Provide technical leadership and mentor team members.
• Collaborate with algorithm, biomedical, hardware and system teams.

Skills

Embedded Systems Architecture

Hardware-Software Integration

SoC Development

Real-Time Signal Processing

Performance and Power optimization

Technical Leadership

Cross-Functional Influence

Mentoring

CI/CD

SW Licensing

Education

Bachelor's degree in Computer Science, Computer Engineering, Electronic Engineering, or related field

Master's degree preferred; PhD a plus

Job description

Analog Devices is seeking a Staff Embedded Software Engineer for the Digital Healthcare team. You will architect and develop embedded software platforms enabling health monitoring, disease management, and digital biomarker apps across wearables and medical devices.

You will lead technical strategy across multidisciplinary groups, shaping robust software architectures that meet regulatory and clinical requirements while driving innovation in sensing technologies and patient outcomes.