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Bright Side Foundation

From application to student projects.

A simple process with published rules, so teachers know what to expect and donors know where every dollar goes.

Five steps

  1. 1

    A teacher applies

    Tell us about your students, what they will build, and which package you need. It takes about 15 minutes.

  2. 2

    We review

    We score every application on need, student reach, and the plan, and confirm it with your principal.

  3. 3

    Donors fund it

    Approved classrooms are funded from our general fund or by a donor or sponsor who picks your classroom.

  4. 4

    We buy and deliver

    We purchase the equipment ourselves and ship it to your school. No cash changes hands.

  5. 5

    Students make things

    After 90 days you send a few photos of student work and a short note. We share it with the people who paid for it.

How we choose

Every confirmed application is scored the same way. Title I schools get priority when scores are close.

  • 40%

    Need

    Title I status, share of students on free or reduced lunch, and what the school has today.

  • 30%

    Student reach

    How many students will use the equipment each year.

  • 30%

    The plan

    What students will actually design and make, and how it fits the curriculum.

What we fund

Four fixed packages, so every dollar has a clear destination and we can buy in bulk.

  • Starter printer

    about $600

    • One classroom-friendly 3D printer
    • 10 kg of PLA filament
    • Spare nozzles, build plate, and basic tools

    A teacher getting started with 3D printing in one class.

    Help fund one
  • Classroom lab

    about $1,800

    • Two 3D printers
    • 25 kg of PLA filament
    • Safety gear, spare parts, and a starter lesson guide

    A teacher running printing projects across several sections.

    Help fund one
  • Materials refill

    about $200

    • Filament and consumables for one semester
    • Replacement nozzles and build surfaces

    Classrooms that already have a printer but no budget to run it.

    Help fund one
  • STEM kit set

    about $1,000

    • A class set of robotics or electronics kits
    • Matched to the grade level in the application

    Hands-on engineering beyond printing.

    Help fund one

Costs are planning estimates. We ask vendors for education pricing and confirm real costs at purchase.

Common questions