Hands-on learning, coding, electronics, engineering, and AI exploration.
stemlab.cc
Welcome to STEM Lab, a student-focused learning space for hands-on technology, engineering, coding, electronics, and creative problem solving. This site will provide class resources, project guides, classroom activities, and future access to student exercises.
Student login is currently turned off, but it will be used later for classroom exercises and assigned lab activities.
Students will explore real-world STEM skills through hands-on projects, guided challenges, teamwork, troubleshooting, and creative problem solving. The goal is to help students build confidence while learning how technology works.
Student login is not active yet. In the future, login may be used for classroom exercises, assigned activities, coding challenges, and student lab resources.
STEM Lab class details, schedules, and project plans for the 2026–2027 school year will be updated in August 2026.
Possible 2026–2027 Class Activities
The following are possible class themes and activities being considered for the next school year. Final class details will be updated in August 2026.
Students may learn basic electronic components, circuits, wiring, LEDs, sensors, and safe soldering skills while building simple projects they can take home.
A beginner-friendly programming option focused on how computers “think,” using variables, conditionals, loops, debugging, and small creative coding challenges.
Students may use boards like Raspberry Pi, Pico, micro:bit, or similar devices to control motors, sensors, lights, and simple robotic systems.
Students may learn what artificial intelligence is, how large language models work at a basic level, and how small AI tools can run locally on devices like a Raspberry Pi.
A class exploring how computers developed from early machines to modern laptops, smartphones, robotics, and AI, with possible hands-on demonstrations and timeline projects.
Students may learn the parts inside a computer, what each component does, how data moves through a system, and how hardware and software work together.
Students may build simple websites and learn how apps communicate with servers using HTML, CSS, JavaScript, REST, APIs, and JSON.
A project-based option where students build things using LEDs, 3D printing concepts, sensors, cardboard prototypes, simple machines, or microcontrollers.