Part-Time Academic Tutor | Alamo, CA | $38–$45/hr | Mon–Thu Afternoons
Part-Time Academic Tutor | Alamo, CA | $38–$45/hr | Mon–Thu Afternoons
A professional family in Alamo, CA (San Francisco Bay Area) is seeking an experienced academic tutor or elementary school teacher for part-time, 1:1 instruction with their 9-year-old son entering 4th grade. This is a placed position through Hello Nanny's Concierge service — meaning full recruiter support, mutual vetting, and ongoing placement assistance.
Schedule: Monday – Thursday | 3:30 PM – 6:30 PM
Guaranteed hours: 12 hours per week
Pay rate: $38–$45 per hour (W-2, legally paid)
Start date: ASAP
Bilingual Spanish: Additional hours available for bilingual candidates
About This Academic Tutoring Role
This is a pure academic instruction role — no childcare, transportation, or household duties. You'll provide structured 1:1 tutoring sessions focused on 4th grade math, writing, and executive function skills. The family is looking for an educator who designs the learning experience, not someone who supervises homework completion.
This position is an ideal fit for:
A current or former elementary school teacher (K–5) seeking part-time afternoon hours
An education degree candidate with classroom or fieldwork experience
An educator or nanny currently working mornings with another family who wants consistent afternoon income
The Monday–Thursday afternoon schedule leaves mornings and Fridays fully open. Twelve guaranteed hours per week provides reliable, predictable income.
About the Student
Jake is a bright, bilingual 8-year-old entering 4th grade who thrives in 1:1 learning environments. He is a strong reader with high energy and a tendency toward distraction — group tutoring and passive homework help have not been effective. What works is a structured, warm educator who arrives prepared, holds the session with consistency, and adapts instruction to keep him engaged.
Primary academic focus areas:
Math — core need; 4th grade curriculum with foundational gap work
Writing — paragraph structure and wr...