Full-Time

Data Center SoC Power & Limits Architect

ASICS Engineering

Updated on 9/4/2026

Qualcomm

Qualcomm

10,001+ employees

Designs, manufactures, and licenses wireless semiconductors

Compensation Overview

$164k - $264.5k/yr

+ Annual discretionary bonus + Annual RSU grants

Company Historically Provides H1B Sponsorship

San Diego, CA, USA

In Person

Bachelor's, Master's, PhD

Category
Hardware Engineering (1)
Required Skills
Python
High Performance Computing (HPC)
MATLAB
Simulink

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Requirements
  • 10+ years of experience in power architecture, system architecture, or related domains.
  • Deep expertise in power management systems and limits control.
  • Deep expertise in thermal and electrical constraints in high-performance systems.
  • Deep expertise in dynamic voltage and frequency scaling, dynamic clock and voltage scaling, power capping, and control systems.
  • Strong understanding of data center and server architecture, including CPUs, GPUs, accelerators, and memory systems.
  • Strong understanding of power delivery networks, voltage regulators, printed circuit board power distribution networks, and rack power distribution.
  • Strong understanding of telemetry, sensors, and system monitoring.
  • Experience with modeling and analysis tools such as MATLAB and Python.
  • A Bachelor's degree in Science, Engineering, or a related field and 6+ years of ASIC design, verification, validation, integration, or related work experience; or a Master's degree in Science, Engineering, or a related field and 5+ years of such experience; or a PhD in Science, Engineering, or a related field and 4+ years of such experience.
Responsibilities
  • Define holistic power, thermal, and electrical limits architecture across silicon, board, system, rack, and cluster levels.
  • Architect power budgeting, allocation, and enforcement mechanisms across CPUs, GPUs, memory, accelerators, and input/output.
  • Develop strategies to maximize performance under data center-level constraints, including rack power caps, cooling limits, and power usage effectiveness targets.
  • Architect advanced dynamic power control systems, such as dynamic voltage and frequency scaling, dynamic clock and voltage scaling, and adaptive voltage scaling-like systems, for fast transient response.
  • Design closed-loop control systems using telemetry and feedback to optimize performance against constraints.
  • Develop proactive and reactive limit management, including thermal throttling, power capping, and workload shaping.
  • Define requirements and interfaces for telemetry infrastructure, including sensors, baseboard management controllers, firmware, and system software.
  • Enable real-time monitoring and decision-making across system layers.
  • Ensure integration with platform controllers, including baseboard management controllers, embedded controllers, rack management, and orchestration layers.
  • Collaborate with silicon and system-on-chip architects on power islands, regulators, and sensors.
  • Collaborate with platform teams on voltage regulators, power delivery networks, and cooling.
  • Collaborate with software and firmware teams on power management algorithms.
  • Collaborate with data center infrastructure teams on rack-level optimization.
  • Define hardware/software partitioning for limits enforcement with minimal overhead.
  • Develop system-level models using MATLAB/Simulink and architectural simulators to predict performance against power and thermal constraints and evaluate algorithm and architecture trade-offs.
  • Perform workload-driven analysis to validate architecture decisions.
  • Drive innovations in power delivery efficiency, thermal-aware scheduling, artificial-intelligence-workload-aware limits, and rack/cluster-level power orchestration.
  • Define next-generation architectures to support scaling artificial intelligence and high-performance computing performance under constrained infrastructure.

Qualcomm designs and licenses semiconductor technologies for wireless connectivity used in mobile devices, cars, and IoT. Its products include system-on-chips and RF components, plus a large portfolio of patents that it licenses to other companies. The company combines end-to-end semiconductor design with IP licensing to serve mobile, automotive, and IoT markets. Its goal is to expand wireless technology adoption by delivering standards-based silicon solutions and monetizing its intellectual property to support ongoing connectivity innovation.

Company Size

10,001+

Company Stage

IPO

Headquarters

San Diego, California

Founded

1985

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Simplify Jobs

Simplify's Take

What believers are saying

  • AWS partnership opens potential for $60 billion in chip and product demand.
  • Qualcomm targets over $15 billion data-center revenue by fiscal 2029, diversifying away from phones.
  • Qualcomm Ventures backed Ultrahuman on September 3, extending into wearables and on-device software.

What critics are saying

  • Apple modem revenue is shrinking faster; Qualcomm expects a roughly 50% drop by December 2026.
  • Custom Amazon AI chips carry gross margins below Qualcomm’s 48%-50% baseline, pressuring profitability.
  • Arm’s licensing dispute and FTC scrutiny keep Qualcomm exposed to IP and contract shocks.

What makes Qualcomm unique

  • Qualcomm’s Snapdragon and patent portfolio still anchor Android, automotive, and IoT ecosystems.
  • Amazon named Qualcomm for multi-generation AI inference chips and 1.6T optical connectivity, September 2026.
  • Qualcomm Japan Robotics Center deepens physical-AI partnerships with FANUC, Toyota, and Fujitsu.

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Benefits

Premium-free health coverage

Onsite health & fitness centers

Retirement programs

Disability & life insurance programs

Tuition reimbursement

Product discounts

Flexible time off

Parental leave

Growth & Insights and Company News

Headcount

6 month growth

2%

1 year growth

1%

2 year growth

0%
Yahoo Finance
Sep 8th, 2026
Amazon partners with Qualcomm on AI inference chips as shares slip 1.3%

Amazon announced a multigeneration partnership with Qualcomm to develop AI inference chips and optical networking technology capable of 1.6 terabits per second. The company's shares fell approximately 1.3% in early trading following the news. AWS generated $42.2 billion in second-quarter revenue, up 37%, with operating income reaching $16.6 billion. Amazon reported that both its chip franchise and broader AI business surpassed $25 billion in annual revenue run rates. Under the partnership, Qualcomm will help design Amazon hardware whilst using more AWS infrastructure and AI services for its own semiconductor development. AWS posted an operating margin of roughly 39.3%. The companies did not disclose pricing, purchase commitments, or a deployment timetable for the collaboration.

Business Today Malaysia
Sep 8th, 2026
Qualcomm and Amazon strike $4B custom chip deal for AI data centres

Qualcomm has struck a deal with Amazon to develop custom chips for AI data centres, issuing a warrant that gives Amazon the right to purchase approximately $4 billion in shares. The San Diego-based chipmaker's stock rose more than 7% in early trading following the announcement on Tuesday. The collaboration marks a significant partnership between the two companies in the AI infrastructure space. Custom chip development has become increasingly important as tech giants seek to optimise their data centre operations for artificial intelligence workloads.

Foreign Policy Journal
Sep 5th, 2026
Qualcomm Ventures (NASDAQ: QCOM) backs Ultrahuman's $70M round to transform smart rings into standalone computers.

Qualcomm Ventures (NASDAQ: QCOM) backs Ultrahuman's $70M round to transform smart rings into standalone computers. Ultrahuman, an Indian smart ring startup, has raised $70 million in a new funding round backed by Qualcomm Ventures (NASDAQ: QCOM), aiming to build rings that run software independently rather than simply track health metrics. The Bengaluru-based company is now valued at $365 million, roughly three times its $120 million valuation from 2023, according to a person familiar with the matter. Qualcomm Ventures joined the round alongside U.S. diagnostics giant Labcorp, Alpha Wave, Blume Ventures, Nexus Venture Partners, and Alteria Capital in the financing. The round comprises $65 million in primary equity and $5 million in debt, according to Ultrahuman founder and CEO Mohit Kumar. Ultrahuman is also working with Qualcomm to develop a new ring using the chipmaker's silicon, which will allow more software and algorithms to run directly on the device, reducing dependence on a phone or cloud connection. "All ring devices today are like trackers," Kumar said, noting that the goal is to make the ring function more like a computer capable of running programs and algorithms on the device itself. Quinn Li, global head of Qualcomm Ventures, said "the future of AI is personal, ambient, and always on," adding that Ultrahuman is building a new generation of "personal AI devices." Potential applications include using the ring as a game controller, a car key, a pointer or mouse, and an interface for AI interactions, with developers eventually able to write their own programs for the device. Kumar highlighted a key advantage over competing wearables, noting that "a game controller never reads your heart rate and your temperature, but this one does," opening the door to physiologically responsive gaming experiences. Some new capabilities, including game controller functionality and AI application interaction, are set to arrive on the existing Ring Air and Ring Pro through a software update by the end of September, Kumar said. Ultrahuman's business fundamentals are also strengthening, with the startup currently running at an annual revenue run rate of $140 million, up roughly 45% from a year earlier, and targeting $200 million by January 2027. The company has sold around 800,000 rings to date, up from approximately 700,000 in February, with about 12% of users paying for PowerPlugs, its subscription-based software feature tier. Co-founded by Kumar and Vatsal Singhal in 2019, Ultrahuman originally launched with continuous glucose monitors before pivoting to smart rings, which have since become the core of its business. The U.S. remains Ultrahuman's largest market, contributing about 45% of revenue this quarter, though the company was forced to pause Ring Air sales there for much of the past year following a patent dispute with rival Oura. The company returned to the U.S. market with its redesigned Ring Pro, and Kumar said demand is currently running at 18x to 20x the startup's available supply in the country. Ultrahuman expects to restore previous U.S. sales volumes as soon as next quarter and aims to triple those volumes over the following four quarters as supply ramps up. The company is also deepening ties with Labcorp, exploring whether blood-flow signals from the ring, combined with blood-test data, could help identify cardiovascular, fertility, and aging-related health risks. "By combining longitudinal wearable data with deeper biological signals, Ultrahuman is creating new opportunities in personalized health," said Megann Vaughn Watters, vice president and head of Labcorp Venture Fund and Strategic Alliances. Unlike rival Oura, which is reportedly eyeing a near-term IPO, Kumar said Ultrahuman wants to demonstrate roughly eight quarters of profitability before going public, with 2028 representing the earliest realistic window for a listing.

Windows Central
Sep 4th, 2026
Snapdragon X and Snapdragon X2 driver updates target major games, giving Windows 11 on Arm another boost.

Snapdragon X and Snapdragon X2 driver updates target major games, giving Windows 11 on Arm another boost. Published 5 hours ago Qualcomm's latest Adreno GPU drivers bring targeted game stability fixes to Snapdragon X and X2 laptops. Gaming continues to improve on Windows 11 PCs powered by Snapdragon X chips. A recent Adreno GPU driver improves stability and quality for several titles, though the exact changes you'll see depend on if your system has a Snapdragon X chip or a Snapdragon X2 chip. Well-known titles including Halo Infinite and Black Myth: Wukong are among the games that will benefit from the driver update for those with Snapdragon X2 processors. Avowed, Borderlands 4, and Dishonored 2 are among the library of games that will improve when running a Snapdragon X chip. Windows 11 PCs powered by Snapdragon processors have come a long way. A massive library of apps now run natively on Windows 11 on Arm and emulation has improved to fill remaining gaps. Latest Videos FromWindows Central 7 Best Hidden Gems On Xbox Game Pass The top 7 games you might've missed on Xbox Game Pass! 7 Best Hidden Gems On Xbox Game Pass While there are pieces of enterprise and legacy software that do not work with Windows 11 on Arm, the biggest remaining gap is gaming. What needs to happen before you'd consider a Snapdragon PC for gaming? Elimination of game-breaking visual/texture bugs 100% Anti-Cheat and launcher compatibility across the board Native Arm ports from major game studios I'll never buy an Arm laptop for gaming - x86/x64 only I'm already gaming on one, and it meets my needs In both its own testing of Snapdragon X gaming support and game compatibility testing by Ghobso Gaming show that games can perform well on Snapdragon X systems. But there are still titles that are not supported or that are poorly optimized. For example, Halo: Campaign Evolved has a major texture bug that basically makes the game unplayable on Windows 11 on Arm. Easy Anti-Cheat is now supported, as is Logitech G HUB. Many games now perform better on Snapdragon X systems, but I think it's safe to call it a work in progress. There are two change logs to go through, one for Snapdragon X and one for Snapdragon X2, both of which were shared on Reddit by user "lexcyn": Snapdragon X series platforms: game stability/quality improvements. * Avowed * Borderlands 4 * Dishonored 2 * Dishonored: Death of the Outsider * DREDGE * Nobody Wants to Die * RoboCop: Rogue City - Unfinished Business * Seven Deadly Sins: Origin * Split Fiction * Squad Snapdragon X2 series platforms: game stability/quality improvements. * 007 First Light * Black Myth: Wukong * Borderlands 3 * Dishonored 2 * Dishonored: Death of the Outsider * F1 2022 * Granblue Fantasy: Relink * Hades 1 * Halo Infinite * Hollow Knight * It Takes Two * Lies of P * Seven Deadly Sins: Origin * Split Fiction * Star Wars Outlaws * Yakuza Kiwami 3 Qualcomm and Microsoft continue to work on the gaming experience on Snapdragon X systems. A recent update to Snapdragon Control Panel redesigned game library navigation and improved the software experience. The Snapdragon X2 Elite Extreme and other Snapdragon X2 chips are more powerful, allowing them to better handle modern games. When announcing those chips, Qualcomm did not mention gaming in its press release, but it's clear that the company has plans to power gaming PCs with its Snapdragon X processors. ASUS took a different approach and listed the Zenbook A16, highlighting its gaming capabilities. As more games are optimized and supported, gaming on Windows 11 on Arm will trend upward. News Writer Sean Endicott is a News Writer at Windows Central, where he covers Windows 11, Surface hardware, Microsoft 365, AI, apps, and the broader PC ecosystem. Since joining the site in 2017, he has written well over a thousand articles across the Microsoft landscape, covering breaking news, analysis, and feature reporting. He writes Windows Wrap, a weekly column covering the biggest stories in Windows and the PC industry, and what they mean for the platform going forward. Before joining Windows Central full-time, Sean worked in journalism and media production after earning a First Class degree in Broadcast Journalism from Nottingham Trent University. Outside of tech, he is an award-winning American football coach based in Nottingham, England, and was named BAFCA Youth Coach of the Year in 2024.

Yahoo Finance
Sep 3rd, 2026
Qualcomm stock down 32% as Apple exit accelerates and lower-margin data centre revenue replaces handset business

Qualcomm's stock has fallen 32% over the past three months as the smartphone market contracts and Apple exits faster than anticipated. The company's share in the upcoming iPhone launch will be materially lower than the previously estimated 20%, with Apple product revenue set to drop roughly 50% from September to December quarter. Management expects non-handset revenue growth to accelerate from 24% in fiscal 2026 to over 60% in fiscal 2027, enough to replace all fiscal 2026 Apple product revenue. However, the replacement revenue comes with lower margins. Two custom silicon wins for hyperscalers will generate revenue carrying gross margins well below the baseline 48% to 50% range, creating a 1.5% to 2% drag on QCT's weighted-average gross margin. The trade-off highlights a key challenge: whilst revenue growth may resume, the new data centre dollars earn less than those they replace.