Senior Analog Circuit Engineer

We are seeking a talented Analog Circuit Designer to lead the development of next-generation health monitoring SoCs. You will collaborate with a highly skilled team of industry experts across semiconductor, biomedical, and AI domains, driving innovations that bridge electronics and healthcare. This role offers hands-on experience in ultra-low-power design, sensor interfacing, power management, and mixed-signal integration, giving you the opportunity to work on technologies that will shape the future of connected health. You will gain exposure to end-to-end chip development, from concept and architecture to silicon validation and system integration all within an environment that values creativity, technical excellence, and purpose-driven innovation.

Role & responsibilities

• Design, simulate, and optimize ultra-low-power, low-noise analog blocks: LDOs, Bandgap References, Bias Circuits, CCIA / IA, Oscillators, ADC interfaces, and Active Filters.
• Develop AFE architectures for biomedical signal acquisition (ECG, PPG, Temperature, Respiration).
• Perform schematic-level simulations (Spectre, AFS, Monte Carlo, Noise, PVT, Corner, and Mismatch).
• Work closely with layout engineers to ensure matching, parasitic, and reliability optimization.
• Participate in post-layout verification (LVS/RCX/PEX) and design sign-off.
• Collaborate with system and digital teams for integration, top-level verification, and testing.
• Contribute to test-chip definition, lab validation, and debug (bench bring-up, ATE characterization).
• Maintain thorough documentation of design methodology, verification plan, and simulation results.
• Mentor junior designers and contribute to design reviews, architecture discussions, and innovation/IP generation.

Preferred candidate profile

Must-have qualifications

• 3-6 years of hands-on experience in analog/mixed-signal IC design.
• Strong knowledge of CMOS analog design fundamentals op-amps, current mirrors, biasing, reference circuits, OTA design, common-mode feedback, chopper stabilization, etc.
• Proven expertise in LDO/BGR/IA/ADC front-end design in low-voltage ( 1.2 V) processes.
• Experience with Spectre, Virtuoso, ADE XL/ADE Assembler, or equivalent tools.
• Familiarity with Calibre DRC/LVS/PEX, Corner/Mismatch analysis, and layout-aware design.
• Exposure to noise analysis, offset cancellation, and chopper techniques for precision analog.
• Good understanding of low-power and low-voltage design trade-offs.
• Strong analytical, documentation, and communication skills.
• Passion for medical, wearable, or ultra-low-power sensor systems.

Good-to-have qualifications

• Experience with ADC, AFE architecture for ECG/PPG, or bio-signal conditioning circuits.
• Understanding of SoC integration, mixed-signal verification, or test-chip bring-up.
• Knowledge of TSMC/GlobalFoundries 65 nm LP / 40 nm LP design environment.
• Familiarity with lab measurements, PCB bring-up, and debugging analog IPs.
• Prior experience in biomedical, sensor, or wearable IC design startups or R&D labs.