Analog Design Engineer

About the Role

You will spearhead the design, development and optimization of mixed-signal SoC whose AFE sits at the heart of our next-generation sensing platform. You will work in a fast-paced startup environment, driving end-to-end analog circuit design. We seek a highly motivated individual who thrives on solving complex problems independently and is eager to make a significant impact in a growing organization. Acting as the analog / mixed-signal technical lead, you will transform high-level product goals into a tape-ready IC while partnering closely with the wider cross-functional team.

Responsibilities

Lead the design, simulation, and validation of low power and high-performance AFE circuits for sensor interfacing and impedance measurement systems.

Develop low-noise, high-precision analog circuits, including amplifiers, ADC, DAC, filters, and signal conditioning components.

Architect and implement mixed-signal systems, collaborating with digital and firmware teams for seamless integration.

Set technical direction for a small analog team, review critical circuits and layouts, coach junior designers, and coordinate with test, packaging and applications groups to keep milestones on track.

Present progress and trade-offs to leadership, suppliers, and strategic customers; own technical risk registers and mitigation plans.

Qualifications

B.Tech / M.Tech / Ph.D. in Electrical or Electronics Engineering.

2+ years

of hands-on analog / mixed-signal IC design.

At least one end-to-end AFE, data-converter, or precision-signal-chain tape-out where you held primary technical ownership.

Required Skills

Deep command of low-noise amplifiers, PGAs, ADCs / DACs, references, and on-chip power blocks; fluent with mainstream EDA flows (Cadence Virtuoso, Spectre, Calibre).

Familiarity with mixed-signal design and interfacing with microcontrollers.

Strong sense of ownership, accountability, and technical responsibility across the full product lifecycle.

Preferred Skills

Experience with low-power design for battery-operated systems.

Knowledge of sensor technologies (e.g., MEMS, piezoelectric, or capacitive sensors).

Familiarity with regulatory standards for sensor-based systems and functional safety (e.g., EMI / EMC compliance, AEC-Q100, ASIL-B / D, IEC 60079-0 and IEC 60079-11, ISO 61508 (which is similar to ASIL ISO 26262).

Pay range and compensation package

Compensation details will be discussed during the interview process.

Equal Opportunity Statement

We are committed to diversity and inclusivity in our hiring practices.