AYN

Senior Analog/Mixed Signal Engineer

True Talent Solutions Partners · Boston · onsite

ABOUT THE ROLE

Join a hardware team developing chips for a new computing approach in the AI and machine learning sector. In this senior role, you will design and validate analog and mixed-signal circuits that support the development of future silicon products.

WHAT YOU'LL DO

- Design analog and mixed-signal building blocks, including ADCs, PLLs, bandgaps, regulators, oscillators, high-speed dividers, and serializer/deserializers.

- Own circuit blocks across the process from architecture and schematics through layout, tape-out, and DRC, ERC, and LVS verification.

- Complete hands-on layout and simulations using Cadence, including parasitic extraction, Monte Carlo, and corner analysis.

- Support lab testing and validation with signal generators, spectrum analyzers, and oscilloscopes.

- Collaborate with IC, systems, physics, and algorithms teams to bring circuit concepts to silicon.

WHAT WE'RE LOOKING FOR

- Three to six years of analog and mixed-signal IC design experience using CMOS technology, with an MS or PhD in Electrical Engineering focused on analog or mixed-signal design.

- Multiple tape-out experiences, ideally using FinFET or 28nm/65nm process nodes.

- Experience designing one or more of the following: ADCs, PLLs, oscillators, regulators, or high-speed SerDes.

- Broad experience across multiple circuit types, including mixed-signal design, and willingness to take on hands-on work outside a narrow specialty.

- Fluency with Cadence Virtuoso, PEX, Monte Carlo and corner analysis, plus Python or C.

- Ability to perform small-signal and feedback analysis, including closed-loop gain, loading effects, and Miller effects.

- Hands-on layout experience and experience validating circuits in the lab.

COMPENSATION & BENEFITS

Base salary range: $160,000 to $300,000 annually. Visa sponsorship is available.

LOCATION

Hybrid, with three days per week on-site in Boston, Massachusetts, United States.

Apply on the employer’s site