Senior Analog/Mixed Signal Design Engineer
Pubblicato il 01-08-2026 - Ingage in Italia
Job Offer - Analog/Mixed Signal Design Engineer
As an Analog/Mixed Signal Circuit Design Engineer , you will have a central role in the development of cutting-edge analog circuits for MEMS interfaces.
Your responsibilities will include:
Analog/Mixed Signal circuit design, simulation, prototyping and testing: Develop analog circuit architectures, including amplifiers, filters, converters (ADC/DAC), phase locked loops (PLL), voltage regulators, etc.
Specification and modeling : Contribute to drafting technical specifications with the architect and modeling the analog behavior accordingly.
Interdisciplinary collaboration : Interact with MEMS, digital, and system designers to ensure the optimal integration of analog into the final product.
Candidate's Profile
MSc or PhD in electronics, microelectronics or a similar field.
Experience with Minimum 5 years in analog/mixed signal circuit design
Fluent English required; Italian preferred; French is a plus
Key Skills
Expertise in analog/mixed signal circuit design in CMOS or BiCMOS technologies ,
with strong proficiency in simulation tools (Cadence, HSPICE, etc.).
Experience in analog and mixed signal modeling with hardware description languages as Verliog-A or SystemVerilog.
Experience with MEMS analog interfaces is a significant advantage.
Knowledge of IATF16949 and ISO26262 standards applied to circuits is a plus.
Why Join Us ?
Be part of an ambitious sensor startup with cutting-edge technology
Work on major technological challenges with high industrial impact
Thrive in a high level international dynamic R&D; environment
Enjoy a Flexible Work environment
Based in Grenoble (FR) and Milan (IT), iNGage is a start-up company whichis bringing to market disruptive high-performance MEMS inertial sensors (accelerometers, gyros, IMUs) and pressure sensors forGPS-free navigation in autonomous mobilities .
With apatented breakthrough technology developed at CEA-Letiin partnership withPoliMi, we push thelimits of high-performance MEMS