Analog Design Engineer – Mixed-Signal SoC (Wireless Infrastructure)

What if the analog circuits you design today power the wireless networks billions of people depend on tomorrow?

At Texas Instruments, we engineer silicon that sits at the heart of global wireless infrastructure — and we need an exceptional Analog Design Engineer to help push the boundaries of what's possible.

Your transistors. Your architecture. Real silicon. Real-world scale.

🔭 About the Role

You'll join TI's Wireless Infrastructure Product Group — a world-class team designing integrated transceiver SoCs for 3G/4G/4.5G/AAS base station markets. You'll work across low-IF, zero-IF, and RF sampling architectures, crafting high-performance analog blocks that are deployed in telecom networks worldwide.

This is not a sustaining role. This is a design-from-scratch, innovate-from-day-one opportunity where your analog intuition becomes patented silicon.

💡 Our team holds 250+ granted patents. Your next idea could be one of them.

🛠️ Key Responsibilities

Design and develop precision analog circuits — OTAs, comparators, references, bias circuits, and signal chain blocksArchitect and implement analog baseband components with focus on noise, linearity, and dynamic rangeDesign and optimize high-speed data converters — pipelined ADCs, Sigma-Delta ADCs, and high-speed DACsDrive power efficiency innovation through differentiated analog architectures in 28nm CMOSPerform full-cycle IC design: schematic capture, transistor-level simulation, layout review, silicon bring-up, and characterizationCollaborate with RF, digital, and systems teams on mixed-signal SoC integrationConduct post-silicon validation and debug to meet system-level performance targetsContribute to patent filings and internal technical publications for novel design innovationsTranslate system-level specifications into optimized analog circuit implementations

✅ Required Skills

2–5 years of hands-on analog or mixed-signal IC design experienceStrong fundamentals in analog circuit design — amplifiers, filters, references, bias, and signal chainProficiency in transistor-level design and simulation using Cadence Virtuoso / Spectre or equivalentExperience with advanced CMOS technology nodes (28nm, 22nm, or similar)Solid understanding of noise analysis, linearity, matching, and layout sensitivityAbility to translate system specifications to circuit-level performance requirementsExperience with post-layout verification — PEX, LVS, DRCStrong analytical mindset with attention to silicon-level detail

🌟 Preferred Qualifications

Experience with ADC/DAC design or high-speed mixed-signal data pathsFamiliarity with transceiver SoC architectures for wireless communicationExposure to low-power design techniques in deep sub-micron nodesBackground in analog baseband or RF front-end signal chainsPrior involvement in patent writing or IP generationM.Tech / M.S. in Microelectronics, VLSI, Analog Design, or Electrical EngineeringIndustry work in analog/mixed-signal IC design

🏆 Why You'll Love Working Here

🌐 Global Impact Your analog designs power base stations across 100+ countries🔬 Deep Tech Focus Work on 28nm silicon with cutting-edge mixed-signal architectures💡 Innovation Culture 250+ patents filed — creative ideas are celebrated here📈 Career Acceleration Clear growth from engineer to fellow level💰 Competitive Compensation Industry-leading salary, bonuses, and ESPP

📣 Call to Action

If you're an analog IC designer — who wants to own silicon, file patents, and leave a mark on the world's wireless infrastructure — this is your moment.

👉 Apply now