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Electronics & Robotics

Success Zone / Neill -
2026 Fall

In this hands-on program, students explore electronics, coding, and robotics through engaging Arduino-based projects. Using sensors, motors, and microcontrollers, they build interactive creations such as LED displays, automated systems, and object-detection devices while developing programming, creativity, problem-solving, and engineering skills. Students gain experience connecting hardware and software to solve real-world challenges—and by the end of the semester, each student takes home a robot or invention they designed, built, and programmed themselves. To learn more, visit: https://houston.madscience.org/locations/houston/pdf/RoboticsFB.pdf

Week Theme Lesson/Activity
1 Microcontroller Basics: My First LED Circuit Students learn the fundamentals of electronics by building and programming their first LED circuit. They explore basic components, circuits, and coding concepts.
2 Programmable Holiday Light Display Students create a festive light display by wiring RGB LEDs and using block-based coding to program colorful lighting effects, patterns, and blinking sequences.
3 RFID Access Control System Students learn how RFID technology is used in everyday applications by creating a secure access control system that identifies RFID cards or tags and grants access when authorized.
4 LED Brightness Control Students explore Pulse Width Modulation (PWM) by adjusting the brightness of an LED using a potentiometer, simulating real-world dimmer controls.
5 SunRise Bloom: Smart Sunflower Alarm Inspired by nature, students build a sunflower-themed sunrise alarm that uses light effects and motion to simulate a natural morning wake-up experience.
6 Interactive Joystick Light Controller Students use a joystick and push-button switch to control LEDs, learning how user input can be used to interact with electronic systems.
7 Digital Message Display System Students learn how to connect and program a display screen to show custom messages, introducing the basics of digital communication and user interfaces.
8 Autonomous Obstacle Avoidance Robot Students design and program a mobile robot that can detect and avoid obstacles using sensors and motors, introducing key concepts in robotics, automation, and autonomous navigation.
9 Radar System Students create an object-detection radar that scans its surroundings using an ultrasonic sensor and servo motor, displaying the location of nearby objects in real time.
10 Automatic Toll Gate Students designed a miniature automated gate that detects approaching vehicles and uses a servo motor to open and close the barrier automatically.
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Map/Locations
Locations
Neill Elementary
3830 Harvest Corner Dr
Richmond, TX 77406
SZ-JNE-1

  Mad Science

Neill Elementary
Mondays, Sep 21 - Dec 7
3:45 - 4:45 PM

  No Class Oct 12 & Nov 23

Su
M
Tu
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Th
F
Sa
Grades   2nd - 5th

Full - waiting list

Price: $ 305 00