Which CHIPS STEM Program Fits Your Child? A Grade-by-Grade Guide | CHIPS Blog
Compare CHIPS programs by age, grade, interests, and readiness: Otto ages 3-5, ArduinoStudio 7+, CIRCUIT, LIGHTUP, NEURAL, MAKER, camps, and adults.
Grade ranges help narrow the options, but the best placement also depends on what a learner wants to make and how independently they can work through a problem. Two children in the same grade may need different entry points.
This guide explains the role of each CHIPS program and the signals parents can use when grade bands overlap.
Ages 3-5: Otto x CHIPS mini-camp formats
Ages 7+: ArduinoStudio visual hardware pathway
Grades 3-5: CIRCUIT electronics
Grades 4-6: NEURAL AI and robotics
Grades 6-8: LIGHTUP Arduino and C++
Grades 8-12: MAKER ESP32 and IoT
Adults: ESP32 Hardware + AI
Ages 3-5: playful cause and effect
The Otto x CHIPS format combines music, movement, sensory activity, and a guided take-home technology project. Readiness for the small-group format matters more than prior technical knowledge.
The goal is a positive builder identity and concrete cause-and-effect language, not formal coding.
Ages 7+ and grades 3-5: hardware foundations
CIRCUIT is the clearest electronics foundation for grades 3-5. Students wire components and learn why circuits work. ArduinoStudio adds visual logic and real Arduino control for ages 7+ and may suit a child eager to program hardware without beginning with text syntax.
Choose CIRCUIT for deeper electrical fundamentals. Consider ArduinoStudio for a child strongly motivated by interactive controls, dashboards, and logic.
Grades 4-6: AI and robotics
NEURAL combines robots, sensors, computer vision, data, and AI decisions. It fits students who want to understand autonomous behavior and are comfortable with projects that may fail in several different ways.
A student who still needs a circuit foundation can take CIRCUIT first or compare both program descriptions with CHIPS.
Grades 6-8: Arduino and C++
LIGHTUP teaches text-based Arduino programming with real inputs and outputs. It is the strongest direct path for middle school students who want coding skills connected to physical projects.
Students practice variables, conditions, loops, functions, sensors, motors, and systematic hardware/software debugging.
Grades 8-12 and adults: connected systems
MAKER uses ESP32 boards to combine embedded code, sensors, motors, WiFi, Bluetooth, and web interfaces. Teens take on longer system-level and capstone work.
The adult cohort covers related ESP32 and AI-assisted hardware skills in an evening format designed for learners 18+.
Use interest and learning habits as tie-breakers
Choose CIRCUIT for components, energy, and physical cause and effect
Choose LIGHTUP for Arduino and text-based coding
Choose NEURAL for robots, cameras, data, and AI decisions
Choose MAKER for connected devices and independent system projects
Choose a pop-up for one completed take-home build
Choose Special Classes when the group, city, or schedule needs a custom format
What is the best CHIPS program for a third grader?
CIRCUIT is the standard foundation for grades 3-5. ArduinoStudio may also fit an age-eligible child especially interested in visual programming and real Arduino hardware.
Should a middle school student choose LIGHTUP or NEURAL?
LIGHTUP emphasizes Arduino and C++ programming. NEURAL emphasizes AI, data, computer vision, and robot behavior. Grade eligibility and the student's interests should guide the choice.
What if no public class fits our schedule?
Families can request a private pod, homeschool block, club cohort, one-day workshop, or new-city pilot through Special Classes.