STEM Workshops and After-School Programs for Schools, PTAs, and Libraries | CHIPS Blog
A planning guide for school STEM workshops, after-school programs, PTA events, library builds, and camps using real electronics, Arduino, robotics, and AI.
A school STEM program succeeds when the logistics support the learning. The project must fit the grade level and session length, materials must be ready for every student, and instructor coverage must allow real troubleshooting instead of a room full of stalled builds.
CHIPS works with schools, PTAs, libraries, camps, and community organizations on formats ranging from a single take-home workshop to a multi-week electronics or Arduino progression.
Formats: After-school series, one-day workshops, camps, and custom curriculum
Grade bands: Elementary and middle school, adapted by program
Delivery: Curriculum, kits, and CHIPS instructors available
Planning: Custom proposal based on students, schedule, and materials
Choose the format before the kit
A STEM night needs a reliable project with a clear finish in one session. An after-school course can introduce a concept, revisit it, and build toward a capstone. A camp can combine deeper work with breaks and varied activities.
Defining attendance, session time, room constraints, and desired outcome first prevents the organization from choosing an impressive kit that cannot be taught well in the available format.
Common program options
CIRCUIT electronics for elementary learners
LIGHTUP Arduino and coding for middle school
NEURAL AI and robotics projects
One-day robot, speaker, radio, or communication builds
Multi-day camp partnerships
Custom modules aligned to a school theme or learning goal
What a complete proposal should specify
Number and grade range of students
Session count and duration
Instructor and helper ratios
Kits, consumables, batteries, tools, and replacement parts
Whether students keep the hardware
Room, table, power, Chromebook, and internet requirements
Setup, cleanup, registration, and communication responsibilities
Standards and engineering practice
Hands-on electronics can support engineering design and physical science goals when students define a problem, build a model, test it, compare evidence, and improve the design.
A standards reference is useful, but the stronger evidence is the activity structure: students make predictions, observe results, troubleshoot, and explain how a component or program changed the system.
How to request school pricing
Pricing depends on group size, number of sessions, instructor staffing, project choice, consumables, take-home kits, travel, and the responsibilities handled by the school.
The CHIPS Schools form collects the organization, grade levels, student count, program type, and timeline so the team can prepare a tailored proposal rather than a misleading one-size-fits-all quote.
Can CHIPS run a one-day school STEM workshop?
Yes. One-day workshops can be designed around a defined electronics or robotics build, with take-home kits available depending on the project and budget.
Does CHIPS provide instructors and materials?
CHIPS can provide curriculum, kits, tools, materials, and instructors. The final proposal states what CHIPS and the host organization each provide.
How is school STEM pricing calculated?
Pricing depends on student count, program length, staffing, materials, take-home kits, travel, and setup requirements. Schools receive a tailored proposal.