Senior MEMS Analog Architect: Inertial Front-End Design

STMicroelectronics Italia; Cornaredo; On-site; EUR 70,000 - 110,000; Full time

Job summary

STMicroelectronics Italia seeks a brilliant system architect to define and implement MEMS IC architectures. The role focuses on translating system-level specs into block-level designs, developing predictive models, and guiding transistor-level realization while coordinating with layout for top‑level integration.

Applicants should bring deep MEMS knowledge, extensive analog electronics experience, and strong collaboration skills to drive product characterization and industrialization across

Qualifications

• Master’s degree in electronic engineering.
• At least 5 years experience in analog electronics design.
• Familiar with industrialization processes and debug/char activities.
• Good knowledge of low power and low noise design techniques.
• Good knowledge of Spice-based tools and mixed-signal simulation.
• Good knowledge of analog blocks modeling (Verilog-A/SystemVerilog real).
• Deep knowledge of system architecture in the sensor field.
• MEMS knowledge is a strong plus.

Responsibilities

• Accelerate the definition and implementation of ICs in MEMS solutions.
• Translate system-level specifications to block-level specifications.
• Develop models to predict system performances and verify them with transistor-level implementations.
• Collaborate closely with layout engineers for top-level implementation.
• Evaluate and characterize products to verify model accuracy against silicon performances.
• Work across departments from product specification to product industrialization.

Skills

Analog design

Low power design

Low noise design

Spice simulations

Verilog-A

System architecture

MEMS knowledge

Education

Master’s degree in electronic engineering

Tools

Spice-based tools

Mixed-signal simulation

Analog modeling tools

Job description

STMicroelectronics Italia seeks a brilliant system architect to define and implement MEMS IC architectures. The role focuses on translating system-level specs into block-level designs, developing predictive models, and guiding transistor-level realization while coordinating with layout for top‑level integration.

Applicants should bring deep MEMS knowledge, extensive analog electronics experience, and strong collaboration skills to drive product characterization and industrialization across