Student-Friendly Part-Time Recycling Sorter in San Leandro | Part
Part-Time Work in San Leandro
Primary Details
- This part-time position centers on your professional skills within the Waste Management And Resource Recovery space in San Leandro.
- Worksite: San Leandro, CA
- Compensation (Part-Time): $17-$21/Hour (approx. $23.3k/Year)
- Part-Time Job in San Leandro: Recycling Sorter
- A supportive local team and part-time friendly culture in San Leandro.
- Employer: Waste Management (Hiring for part-time roles in San Leandro)
- Benefits: Flexible scheduling to fit your personal or study commitments.
- This part-time role in San Leandro is an excellent opportunity for professionals skilled in relevant skills.
- Our Waste Management part-time team in San Leandro, CA is growing.
- Benefit from working part-time in San Leandro, a key hub for the Waste Management And Resource Recovery industry.
Company Overview: Waste Management is a world-class environmental leader pioneering sustainable resource recovery, advanced Material Recovery Facilities (MRFs), and innovative recycling programs designed to protect local ecosystems.
Position Summary & Responsibilities: Working inside our high-velocity material recovery plants, the Recycling Sorter performs critical manual separation of recyclable materials along automated conveyor sorting lines. You inspect incoming single-stream material flows, rapidly picking and sorting cardboard, paper, polymers, aluminum cans, and glass into designated collection chutes while removing hazardous non-recyclable contaminants. Beyond sorting, you clear minor conveyor belt jams, maintain clean sorting station work bays, perform shift sanitation sweeps, and strictly follow plant safety guidelines, including wearing mandatory personal protective equipment. This position is 100% physical and strictly requires full on-site presence inside the processing plant.
Qualifications & Benefits: Must be at least 18 years of age with a High School Diploma or GED preferred. Requires physical stamina to stand along moving conveyor belts for full shifts, quick hand-eye coordination, ability to lift up to 35 lbs, and comfort working in an industrial indoor facility. Offers competitive starting hourly pay, attendance incentives, full medical and dental insurance, 401(k) company matching, paid vacation, and clear pathways to machine operator roles.
Frequently Asked Questions
How much does the Student-Friendly Part-Time Recycling Sorter in San Leandro | Part position pay at Waste Management?
This role offers a pay range of $17 - $21. Actual compensation may vary based on experience, shift, and location within San Leandro.
Where is this Student-Friendly Part-Time Recycling Sorter in San Leandro | Part job located?
This position is based in San Leandro, CA. Waste Management has facilities throughout the region, but this specific opening is in San Leandro.
How many hours per week is this part-time Student-Friendly Part-Time Recycling Sorter in San Leandro | Part role?
Part-time positions at Waste Management generally range from 20 to 30 hours per week with flexible scheduling options. Exact hours depend on business needs and your availability.
What benefits does Waste Management offer for this position?
Waste Management provides comprehensive benefits starting Day 1, which may include medical, dental, and vision coverage, 401(k) with company match, paid time off, and employee assistance programs.
What qualifications do I need for this Student-Friendly Part-Time Recycling Sorter in San Leandro | Part role?
Most Student-Friendly Part-Time Recycling Sorter in San Leandro | Part positions at Waste Management require a high school diploma or equivalent. Specific experience requirements vary by role. Check the full job description for details.
How do I apply for this Student-Friendly Part-Time Recycling Sorter in San Leandro | Part position in San Leandro?
You can apply directly on this page by clicking the 'Apply Now' button. The application process is quick and typically takes just a few minutes. Waste Management reviews applications on a rolling basis.
