... AWS/Google Cloud Platform) Microservices & APIs Event-Driven Architecture Kafka / MQ Data ... FIS Quantum Kyriba Finastra Murex SAP Treasury Oracle Treasury Bloomberg Treasury and ALM platforms ...
... AWS/Google Cloud Platform) Microservices & APIs Event-Driven Architecture Kafka / MQ Data ... FIS Quantum Kyriba Finastra Murex SAP Treasury Oracle Treasury Bloomberg Treasury and ALM platforms ...
Google Quantum information
See Arizona salary details
$27.5K - $35.9K
2% of jobs
$35.9K - $44.3K
1% of jobs
$44.3K - $52.8K
1% of jobs
$52.8K - $61.2K
2% of jobs
$61.2K - $69.6K
2% of jobs
$69.6K - $78.1K
2% of jobs
$78.1K - $86.5K
1% of jobs
$86.5K - $94.9K
1% of jobs
$94.9K - $103.4K
1% of jobs
$103.4K - $111.8K
1% of jobs
$112.8K is the 25th percentile. Wages below this are outliers.
$111.8K - $120.2K
85% of jobs
$27.5K
$108.7K
$120.2K
How much do google quantum jobs pay per year?
As of Aug 12, 2026, the average yearly pay for google quantum in Arizona is $108,673.00, according to ZipRecruiter salary data. Most workers in this role earn between $114,600.00 and $119,300.00 per year, depending on experience, location, and employer.
What are the key skills and qualifications needed to thrive as a Quantum Computing Researcher at Google?
To thrive as a Quantum Computing Researcher at Google, you need a strong background in physics, mathematics, computer science, and quantum information, often supported by a PhD or equivalent research experience. Familiarity with quantum programming languages (like Qiskit or Cirq), quantum hardware, and experience in high-performance computing are typically required. Strong analytical thinking, creativity, and effective collaboration with interdisciplinary teams are crucial soft skills. These competencies are vital for advancing quantum research, solving complex problems, and driving innovation in a rapidly evolving field.
What is the difference between Google Quantum vs Google Quantum Engineer?
| Aspect | Google Quantum | Google Quantum Engineer |
|---|---|---|
| Required Credentials | Advanced degrees in physics, computer science, or related fields | Same as Google Quantum, often with specialized certifications in quantum computing |
| Work Environment | Research labs, collaborative teams focused on quantum hardware and algorithms | Development teams working on quantum software, algorithms, and system integration |
| Industry Usage | Research institutions, tech companies, government labs | Tech companies, startups, research institutions focusing on quantum software solutions |
| Common Search/Comparison | Yes | Yes |
Google Quantum generally refers to the broader research and development efforts in quantum computing at Google, including hardware and foundational research. Google Quantum Engineer is a specific role focused on developing and implementing quantum algorithms and software within Google's quantum computing projects. While both roles require similar educational backgrounds, the engineer role is more application-oriented, working on software development and integration.
What is a Google Quantum job?
Google Quantum jobs refer to roles within Google's Quantum AI team, which focuses on advancing quantum computing research and developing practical quantum technologies. These positions may include quantum hardware engineers, software developers, research scientists, and other specialists working on quantum algorithms and systems. Employees in these roles contribute to projects like the development of quantum processors, quantum algorithms, and the integration of quantum computing with classical computing systems. Google Quantum jobs typically require strong backgrounds in physics, computer science, engineering, or related fields. Working in this area offers the opportunity to be at the forefront of scientific innovation and technology.
What are some common challenges faced by professionals working in Google's Quantum Computing team?
Professionals in Google's Quantum Computing team often encounter challenges such as keeping pace with rapidly evolving research, integrating complex quantum algorithms with classical systems, and collaborating across interdisciplinary teams of physicists, engineers, and computer scientists. The work environment is highly innovative but also demands adaptability, strong problem-solving skills, and effective communication to translate theoretical advancements into practical solutions. Team members regularly participate in knowledge-sharing sessions, and the collaborative culture encourages continuous learning and cross-functional support.
What are popular job titles related to Google Quantum jobs in Arizona? For Google Quantum jobs in Arizona, the most frequently searched job titles are:
What job categories do people searching Google Quantum jobs in Arizona look for? The top searched job categories for Google Quantum jobs in Arizona are:
What cities in Arizona are hiring for Google Quantum jobs? Cities in Arizona with the most Google Quantum job openings:
Other
Posted 7 days ago
Job description
Location: Phoenix, AZ/ Johnston, RI/Pittsburg, PA - Onsite
Position Summary
The Liquidity & Treasury Architect is responsible for designing and governing end-to-end treasury, liquidity, cash management, and asset-liability management (ALM) solutions for commercial banking platforms. The role bridges business, operations, risk, and technology teams to deliver scalable, secure, and regulatory-compliant treasury architectures.
Key Responsibilities
Treasury & Liquidity Architecture
Design target-state architecture for:
Liquidity Management
Cash Positioning
Intraday Liquidity Monitoring
Cash Pooling and Sweeps
Treasury Workstations
Asset Liability Management (ALM)
LCR, NSFR and regulatory liquidity reporting
Define enterprise data models for treasury and liquidity domains.
Architect real-time cash visibility and liquidity forecasting capabilities.
Commercial Banking Treasury Solutions
Lead architecture for:
Commercial Treasury Management
Cash Management Services
Payments & Collections
Account Concentration
Notional Pooling
Virtual Accounts
Corporate Treasury Portals
ERP Integration Solutions
Drive API-led treasury modernization initiatives.
Platform Modernization
Assess current-state treasury applications and define modernization roadmaps.
Architect cloud-native and microservices-based treasury platforms.
Integrate:
Core Banking
Payments Hubs
SWIFT
RTP/FedNow
ACH
Treasury Systems
Risk Platforms
Data Lakes
Risk & Regulatory Compliance
Ensure alignment with:
Basel III requirements
Liquidity Risk Management standards
Regulatory Reporting requirements
Audit and Governance controls
Support stress testing and liquidity scenario modeling.
Design security, access control, and audit frameworks.
Stakeholder Management
Engage with:
Treasury Business Teams
Corporate Banking Product Owners
Risk & Compliance
Operations
Technology Delivery Teams
External Vendors
Provide architecture leadership during strategic transformation programs.
Required Qualifications
Bachelor''s degree in Computer Science, Information Systems, Finance, or related field.
12+ years of banking technology experience.
5+ years in Treasury, Liquidity, Cash Management, or ALM domain architecture.
Strong commercial banking knowledge.
Required Domain Expertise
Treasury & Cash Management
Liquidity Management
ALM
Commercial Banking Products
Payments
Corporate Treasury Services
Regulatory Reporting
Interest Rate Risk Management
Working Capital Solutions
Treasury Operations
Technical Skills
Enterprise Architecture (TOGAF preferred)
Cloud Platforms (Azure/AWS/Google Cloud Platform)
Microservices & APIs
Event-Driven Architecture
Kafka / MQ
Data Architecture & Analytics
SQL/NoSQL
Security Architecture
Integration Architecture
Preferred Treasury Platforms
Experience with one or more:
FIS Quantum
Kyriba
Finastra
Murex
SAP Treasury
Oracle Treasury
Bloomberg
Treasury and ALM platforms
Preferred Certifications
TOGAF
AWS/Azure Architect
CFA (Preferred)
FRM (Preferred)
Certified Treasury Professional (CTP)
Success Metrics
Treasury platform modernization delivery
Liquidity reporting accuracy
Reduction in manual treasury operations
Improved liquidity forecasting capability
Regulatory compliance outcomes
Increased treasury automation
API adoption and integration efficiency