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MLOps vs Applied ML Salary Comparison

Explore ESTIMATED salary differences between MLOps and Applied ML roles across experience levels and locations using Glassdoor, Levels.fyi, and Payscale data.

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Showing rows ★ Estimates only — see methodology below
Job Title Experience Level Base Salary (ESTIMATE) Total Compensation (ESTIMATE) Bonus % (ESTIMATE) Equity % (ESTIMATE) Location Data Source

Understanding the salary differences between MLOps and Applied Machine Learning (ML) roles is crucial for AI engineers, researchers, and career changers navigating the AI/ML job market. This MLOps vs applied ML salary comparison tool provides an ESTIMATE of compensation packages based on publicly available data from Glassdoor, Payscale, Levels.fyi, LinkedIn Talent Insights, and the U.S. Bureau of Labor Statistics. While both roles sit at the intersection of AI/ML engineering, their responsibilities, skill requirements, and career trajectories differ significantly—impacting earnings potential.

MLOps (Machine Learning Operations) engineers focus on deploying, monitoring, and scaling ML models in production environments. Their work bridges software engineering, DevOps, and data science, requiring expertise in tools like Kubernetes, Docker, TensorFlow Serving, and cloud platforms (AWS, GCP, Azure). Applied ML scientists/engineers, on the other hand, concentrate on developing and refining ML models to solve specific business problems. Their work leans more toward research, experimentation, and statistical analysis, often using libraries like PyTorch, scikit-learn, or JAX.

The salary gap between these roles reflects demand, specialization, and industry priorities. Generally, MLOps roles tend to offer higher base salaries in major tech hubs, particularly at FAANG companies or high-growth startups, due to the critical nature of productionizing ML systems. However, applied ML scientists may see higher total compensation in roles emphasizing equity or performance-based bonuses—especially in industries like quant finance, biotech, or autonomous systems where model accuracy has outsized revenue impact.

This tool lets you filter by job title, experience level, and location to compare ESTIMATED salary ranges. All figures are aggregated from public sources and should be interpreted as directional benchmarks rather than exact figures. For precise compensation discussions, consult employer-specific data or industry reports like those from Levels.fyi or Bureau of Labor Statistics.

How It Works

This salary comparison tool aggregates ESTIMATED compensation data for MLOps and Applied ML roles across experience levels (Entry, Mid, Senior) and locations. Use the filters to narrow results by job title, experience level, or location. Base salary ESTIMATES are shown in thousands of USD, while total compensation includes ESTIMATED bonuses and equity percentages.

Data is sourced from public platforms like Glassdoor, Payscale, Levels.fyi, and LinkedIn Talent Insights. Figures reflect typical ranges but can vary significantly based on company size, industry, negotiation skills, and regional cost of living.

Methodology Note

All numeric data in this tool is labeled as ESTIMATE. Salary and compensation figures are derived from aggregated public datasets and represent median or average values for roles with comparable titles and experience levels. Methodology includes:

  • Data Aggregation: Combines reported salaries from multiple public sources (Glassdoor, Payscale, Levels.fyi, LinkedIn) to reduce outliers and improve accuracy.
  • Experience Levels: Entry-level typically includes 0-2 years of experience, mid-level 3-5 years, and senior-level 6+ years. Responsibility scope (e.g., individual contributor vs. manager) can skew categorization.
  • Geographic Adjustment: Locations are grouped into tech hubs (e.g., San Francisco, New York) or cost-adjusted regions (e.g., Remote, Austin). Remote roles may reflect national averages.
  • Compensation Components: Base salary ESTIMATES exclude signing bonuses or one-time payments. Total compensation includes ESTIMATED annual bonuses (as % of base) and equity (as % of base, where reported). Equity ESTIMATES assume standard vesting schedules and do not account for stock volatility.
  • Limitations: This tool does not represent real-time data or employer-specific offers. For precise figures, consult official salary surveys, company HR data, or compensation consultants.

Frequently Asked Questions

Why do MLOps salaries tend to be higher than Applied ML salaries?

MLOps salaries often exceed Applied ML salaries due to the critical nature of production ML systems. MLOps roles require specialized skills in infrastructure, CI/CD, and cloud platforms—areas where talent shortages and high demand drive up compensation. Applied ML roles, while technically complex, may focus more on experimentation and model development, with less emphasis on production deployment. Additionally, MLOps engineers frequently bridge DevOps teams, leading to higher premiums in organizations prioritizing scalable AI systems.

How does location impact MLOps vs. Applied ML salaries?

Location significantly impacts salary ranges for both roles. Tech hubs like San Francisco, New York, and Seattle offer the highest base salaries, often 20-40% above national averages, due to high living costs and competition for talent. MLOps roles in these hubs may see an additional 5-10% premium over Applied ML counterparts. Remote roles typically offer lower compensation than on-site positions in major cities but remain competitive with mid-tier locations.

What factors influence total compensation (bonus + equity) for these roles?

Total compensation includes base salary, annual bonuses (typically 5-15% of base), and equity (ranging from 0-20% of base for senior roles). Factors influencing these components include:

  • Company Stage: Startups may offer higher equity percentages but lower base salaries. Established companies (FAANG) provide balanced packages with competitive bonuses.
  • Industry: High-margin industries (quant finance, autonomous vehicles) often provide larger bonuses/equity than retail or non-profits.
  • Performance Metrics: Companies tie bonuses to individual or team KPIs (e.g., model uptime for MLOps, accuracy gains for Applied ML).
  • Years in Field: Senior practitioners (6+ years) frequently negotiate larger equity grants.
Are there industries where Applied ML compensation exceeds MLOps?

Yes, certain industries prioritize Applied ML roles and may offer comparable or higher compensation than MLOps positions:

  • Quantitative Finance: Hedge funds and trading firms pay Applied ML scientists premiums for developing alpha-generating models, often exceeding $300K+ total compensation for senior roles.
  • Biotech/Pharma: Companies like Moderna or Insilico Medicine offer competitive packages for ML scientists working on drug discovery.
  • Autonomous Systems: Self-driving vehicle companies (Waymo, Cruise) or robotics firms value both roles equally, with Applied ML often seeing higher equity for cutting-edge R&D.
  • Consulting: Firms like McKinsey or BCG pay top-tier salaries for Applied ML consultants tackling client-specific problems.
How can I use this data to negotiate my salary?

This tool provides benchmark ESTIMATES for negotiations, but follow these steps for precise outcomes:

  • Compare Like-for-Like: Filter for roles matching your experience level, location, and industry. Prioritize data from Levels.fyi for company-specific ranges.
  • Consider Total Compensation: Evaluate base salary, bonuses, equity, and benefits (e.g., remote flexibility, bonuses) holistically.
  • Research Company Data: Use platforms like Glassdoor or Blind to verify the employer’s historical compensation patterns.
  • Highlight Differentiators: Emphasize unique skills (e.g., expertise in Kubernetes for MLOps, published research for Applied ML) or certifications (AWS, GCP, TensorFlow).
  • Anchor High: Cite the 75th percentile range from this tool as your starting point, especially if your role carries high responsibility or rare skills.
What certifications or skills can boost salaries in these roles?

Certifications and skills can increase earning potential by 10-30% depending on relevance and demand:

  • MLOps-Specific:
    • Certified Kubernetes Administrator (CKA) or Developer (CKAD)
    • AWS/GCP/Azure ML Specialty Certifications
    • TensorFlow Extended (TFX) or Kubeflow expertise
    • CI/CD pipeline knowledge (Jenkins, ArgoCD)
    • Cloud cost optimization (FinOps)
  • Applied ML-Specific:
    • Advanced degrees (PhD in ML, Stats, or CS)
    • Publications or patents in ML/NLP/CV
    • Experience with generative models (LLMs, diffusion models)
    • Proficiency in JAX, PyTorch Lightning, or Hugging Face libraries
  • Cross-Cutting:
    • Leadership experience (managing teams or mentoring)
    • Fluency in data engineering (Spark, SQL, Airflow)
    • Soft skills (stakeholder management, technical communication)
How do salaries compare between FAANG and startups for these roles?

Compensation structures differ significantly between established companies (FAANG) and startups:

  • FAANG/Big Tech:
    • Base Salary: $150K–$300K (smaller companies like Uber, Lyft lean toward the lower end)
    • Bonuses: 10-20% of base (performance-based)
    • Equity: 0.1–0.5% for ICs (higher for directors/managers)
    • Benefits: Strong retirement matches, healthcare, RSUs with liquidity
  • Startups/High-Growth:
    • Base Salary: $110K–$200K (often below FAANG, especially pre-Series B)
    • Bonuses: 5-10% of base (less common, often discretionary)
    • Equity: 0.2–2% (higher potential upside but risk of zero valuation)
    • Benefits: Less comprehensive (e.g., lower 401k match, remote flexibility)
  • Key Considerations:
    • FAANG offers stability and predictable compensation growth; startups offer speed and upside.
    • MLOps roles at FAANG may command slightly higher salaries due to infrastructure scale.
    • Applied ML at startups (e.g., in autonomous vehicles or biotech) can out-earn FAANG due to high-impact R&D.
What are the career growth trajectories for MLOps vs. Applied ML?

Career paths diverge based on role priorities and organizational needs:

  • MLOps Engineer:
    • Individual Contributor (IC): Senior MLOps Engineer → Staff/Principal Engineer (focus on architecture, tooling)
    • Management: Engineering Manager → Director of MLOps → VP of Engineering (scales teams, budgets)
    • Specialization: Cloud Architect, ML Platform Engineer, or DevOps Lead
    • Transition Paths: Data Engineering, SRE, or AI Product Management
  • Applied ML Scientist:
    • Individual Contributor: Senior Applied Scientist → Research Scientist → Distinguished/Principal Scientist (publishes, patents)
    • Management: ML Team Lead → Director of ML → VP of AI (builds teams, sets research vision)
    • Specialization: NLP Engineer, CV Scientist, or Reinforcement Learning Specialist
    • Transition Paths: ML Research (academia/industry labs), Applied Science Management, or Technical Program Management
  • Compensation Growth:
    • MLOps ICs often plateau around $250K–$350K at FAANG (staff/principal levels). Management tracks can exceed $400K with stock refreshers.
    • Applied ML research scientists at FAANG may see slower base growth ($180K–$250K) but achieve $500K+ total comp at senior levels (e.g., Google Research, NVIDIA).
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