PublicPayData

California State Controller's Office and San Francisco city and county, CA · 2026 pay · 21 people

How much does a performance analyst make in California State Controller's Office and San Francisco city and county, CA?

$147,508typical pay for a performance analyst in 2026

$94,858 – $157,030what most people earned

Includes everyone paid during 2026, including part-year workers. Each employer counts with its latest published year (2025 or 2026). Typical pay rose 41.6% from the same employers' year before.

✓ Official data from SF Controller's Office · Matches the agency's latest release · sf.gov ↗✓ Official data from California State Controller's Office · Matches the agency's latest release · sco.ca.gov ↗

Where performance analysts work

Typical pay at each employer, 2026 (everyone paid).

Highest-paid performance analysts, 2026

  1. 1Stephanie SmithPerformance Analyst II · San Francisco$268,602
  2. 2Hannah KohanzadehPerformance Analyst II · San Francisco$164,948
  3. 3Valerie OkelolaPerformance Analyst II · San Francisco$157,030
  4. 4Allison BeresfordPerformance Analyst II · San Francisco$157,030
  5. 5Joanna BellPerformance Analyst II · San Francisco$157,030

Common questions

How much does a performance analyst make in California State Controller's Office and San Francisco city and county, CA?

The typical performance analyst was paid $147,508 in 2026; most earned between $94,858 and $157,030. This counts all 21 people paid, including part-year workers.

How much of the pay is overtime?

Overtime made up 1.3% of all pay for performance analysts in 2026.

Which job titles are included?

Everyone whose payroll title is Performance Analyst, at any level (for example "Performance Analyst"). Part-time-schedule titles (such as "20 hours") are left out. Senior, supervising and trainee titles have their own pages.

Job titles are written out in full from the payroll's abbreviations (for example "SR CRRECTNL POLC OFCR" → "Senior Correctional Police Officer"). "Typical pay" is the median; "most earned" is the middle half. How we calculate this