SchoolDataLookup

Lick (James) Middle

Regular School · San Francisco, CA

Lick (James) Middle is a regular school school in San Francisco, California, serving grades 06–08 with 479 students enrolled (SY 2024-2025). The student-teacher ratio is 16.4:1.

Level
Middle
Grades
06 – 08
Enrollment
479
Teachers (FTE)
29.2
Student–Teacher Ratio
16.4:1
Status
Open
Lunch Program Participation
Yes under Community Eligibility Option (CEO)

Student Demographics (SY 2024-2025)

Race / Ethnicity Students Share
Hispanic/Latino 353 74%
White 46 10%
Two or more races 33 7%
Black or African American 32 7%
Asian 12 3%
Native Hawaiian / Pacific Islander 2 0%
American Indian / Alaska Native 1 0%
Total enrollment 479 231M / 248F

English Language Learners: 162 (34% of enrollment) · SY 2021–22

Academic Performance (SY 2021-2022)

Metric This School State Avg Tested
Math Proficiency . 33.9%
Reading Proficiency . 48.7%
Science Proficiency .

Source: EDFacts, SY 2020–2021. Suppressed values (e.g. <=10%) indicate fewer than the minimum reportable threshold.

Stanford Achievement Estimate

Pooled score across SY 2009–2022 (grades 3–8), expressed in grade levels relative to the national average. Positive = above average.

Overall (Math + ELA)
-0.63 grade levels
Math
-0.10 grade levels

Programs & Discipline

Gifted & Talented
None offered
Out-of-School Suspensions
29
6.1% of enrollment · SY 2021–22
Chronically Absent
133
27.8% of enrollment · SY 2019–20
Comprehensive Support School (CSI)

Source: Civil Rights Data Collection (CRDC), Office for Civil Rights & EDFacts.

Lunch Program (SY 2024-2025)

Category Students % of School
Total enrollment (est.) 479 100%

Contact & Location

1220 Noe St.

San Francisco, CA 94114

Phone: (415)695-5675

District

San Francisco Unified

Per-pupil expenditure: $25,665

District enrollment: 48,722

NCES ID

063441005629

Data sources: NCES CCD SY 2024-2025 (directory, staff, lunch), EDFacts SY 2020-21 (assessments), CRDC SY 2021-22 (programs & discipline), SEDA v6.0 (achievement estimates). Updated annually. NCES CCD