Sr Staff Analog IC Design Engineer (Semiconductor)

Location: Onsite five days per week in NW Austin, Texas, United States. Current authorization to work in the United States for any employer is required.

Company

hirify.global develops ultra-low-power semiconductor solutions for wearables, medical devices, IoT products, and AI-powered edge applications.

What you will do

• Lead block- and chip-level specifications and architectures for analog and mixed-signal subsystems.
• Design and verify complex, high-risk circuits at the transistor level across power management, clocking, and data-conversion functions.
• Technically supervise layout, extraction, post-layout closure, and cross-block issue resolution.
• Define analog/digital interfaces and collaborate with architecture, RTL, verification, physical-design, product, test, applications, and systems teams.
• Develop prototype-silicon validation, characterization, and manufacturing-test strategies.
• Guide senior engineers, lead design reviews, and drive designs from requirements through production release.

Requirements

• BS or MS in Electrical Engineering, Computer Engineering, or a related field.
• At least 8 years of analog or mixed-signal IC design experience with multiple completed silicon design cycles.
• Demonstrated ownership of complex analog subsystems from specification through production.
• Deep transistor-level design and verification expertise in power management, clocking, data converters, or a comparable area.
• Strong understanding of analog layout, parasitics, matching, noise, variation, reliability, and advanced-node design constraints.
• Current authorization to work in the United States for any employer and willingness to work onsite in NW Austin five days per week.

Nice to have

• Ultra-low-power, battery-constrained, or subthreshold circuit-design experience.
• Design experience at 22nm or below.
• Broad experience across PMU, clocking, and data-converter subsystems.
• Experience supporting multiple products or concurrent tapeouts.
• Familiarity with MCU, wearable, medical, edge-AI, wireless, or sensor-oriented SoCs.

Culture & Benefits

• Opportunity to solve complex power-efficiency problems while remaining close to circuit design.
• Architectural influence and ownership across the complete silicon lifecycle.
• Opportunity to shape products and the analog engineering team's technical growth.
• Cross-functional work across design, research, development, production, product, test, applications, and marketing.